Critical AI Engagement Framework, Versions 1.0 and 1.4 (scroll down…)

NB: This page was original published 24 March 2026, and has since been updated on 21 May 2026 to reflect the latest framework iteration.

This framework draws on Hosseini's (2026) forthcoming paper in The Geographical Journal, which examines how generative AI tools reproduce racial, gendered, and class-based representations through algorithmic coloniality (Mohamed et al., 2020). That work demonstrates how seemingly neutral prompts encode dominant cultural assumptions, producing outputs that reflect and reinforce existing inequalities.

The Critical AI Engagement Framework extends this analysis into a practical pedagogical tool, mapping how individuals engage with generative AI across two axes: epistemic posture and structural consciousness. It is designed for use across educational contexts, supporting educators and learners in moving beyond prompt refinement toward critical, collective, and structurally informed engagement with AI systems.

April 2026 update: the paper informing this framework has now been published and is available below

Hosseini, D. D. 2026. “Generative AI: A Problematic Illustration of the Intersections of Race, Gender and Class.” The Geographical Journal 192, no. 2: e70085. https://doi.org/10.1111/geoj.70085.

Critical AI Engagement Framework — Hosseini
Critical AI Engagement Framework
Grounded in Mohamed et al. (2020), Benjamin (2019), Noble (2018), Zembylas (2023), Crenshaw (1991)
Hosseini — Version 1.0, March 2026
For academic and workshop use
Not for citation without permission
Design developed with Claude Sonnet 4.6 (Anthropic, 2026)
With special thanks to Dr Sara Camacho Felix

Generative AI tools are now embedded in higher education, used to draft text, generate images, produce code, and synthesise research. Yet these tools are not neutral. They encode the assumptions, hierarchies, and exclusions of the data they were trained on, reproducing patterns of racial, gendered, and class-based harm even as their outputs become more sophisticated (Benjamin, 2019; Mohamed et al., 2020; Noble, 2018). Understanding how students engage with these tools, and what that engagement does or does not interrogate, is therefore an urgent task for educators.

The Critical AI Engagement Framework maps educational engagement with generative AI across two axes. The horizontal axis describes an individual’s epistemic posture toward AI: from treating its outputs as authoritative, through questioning them, to recognising the colonial and structural conditions that shape what AI knows, whose knowledge it centres, and what it silences (Hosseini, 2026; Maalsen, 2023). The vertical axis describes how far an individual recognises AI as a socio-technical artefact shaped by relations of power, rather than simply a tool with fixable flaws (Benjamin, 2019; Quijano, 2000; Zembylas, 2023). The positions individuals occupy are not freely chosen but reflect the institutional, curricular, and social conditions that shape how they learn and work. The framework’s aspiration is not a more capable individual user but collective action: sustained, community-grounded engagement that works toward structural change (Camacho Felix, 2025; Mohamed et al., 2020).

Epistemic deference
AI as neutral oracle
Critical interrogation
Outputs questioned
Epistemic agency
Whose knowledge?
Collective / relational
Critique with others
Individualized
engagement
AI as personal tool,
neutral & apolitical
The Uncritical Receiver
Accepts outputs; AI naturalized as neutral knowledge source
Theoretical anchor
Algorithmic coloniality (Mohamed et al., 2020): student treats AI outputs as objective, without recognizing that GenAI encodes "opaque, inconsistent cultural assumptions" shaped by historically racist and sexist training data (Keshishi & Hosseini, 2023; Benjamin, 2019).
For educators
Make the assumption of neutrality visible through practical experiments. Ask: whose perspective does a GenAI output reflect by default — in an image, a summary, a clinical recommendation, or a generated essay? Drawing on Day & Esson (2025) and Hosseini (2026), show how seemingly neutral prompts reproduce skewed cultural defaults across output types.
For students
The student experiences AI outputs as "natural" rather than constructed. As Benjamin (2019) argues, socio-technical artefacts are not static reflections — they are shaped by the feedback and values of those who built them. Students need a framework to see this, not just permission to question.
The Cautious Pragmatist
Checks outputs; AI still framed as neutral instrument
Theoretical anchor
The student audits outputs for factual errors but not for the cultural assumptions encoded in them. As Day & Esson (2025) show, even anomalous outputs require users to "remain vigilant to the opaque and shifting nature of generative AI tools" — vigilance the Cautious Pragmatist applies technically but not epistemically.
For educators
Shift from "is this accurate?" to "whose accuracy?" Introduce temporal dynamism (Kleinman, 2024): improved outputs — whether images, text, or code — do not mean underlying biases have been addressed. Use Spennemann & Oddone's (2025) technique of asking GenAI to explain its own outputs as a critical exercise.
For students
May believe that better prompting solves the problem. However, prompt refinement "would not address the underlying biases within the datasets themselves" (Hosseini, 2026). The student needs to move from refining inputs to interrogating the training data and the colonial logics embedded within it.
The Epistemically Alert
Interrogates whose knowledge is centered; notices silences
Theoretical anchor
Algorithmic coloniality (Mohamed et al., 2020): student recognizes that AI systems embed a "dominant, Eurocentric worldview" that upholds hierarchical, racialized, and gendered ways of knowing. Connects to Noble's (2018) algorithms of oppression and Maalsen's (2023) algorithmic epistemologies.
For educators
Move from naming bias to interrogating its origin. Use Quijano's (2000) coloniality of power to show that AI's racial and gender defaults are not errors but expressions of colonial hierarchies embedded in training data. Ask: what would an AI trained on non-Eurocentric datasets produce differently?
For students
May feel isolated, especially when institutional AI guidance frames the issue as a technical problem. Wilby & Esson's (2024) call for "capabilities, caveats, and criticality" provides legitimizing language. Connect to communities of practice doing this work.
The Isolated Disruptor
Critiques AI alone; change without solidarity
Theoretical anchor
Individual critique of algorithmic coloniality, however sophisticated, cannot address structural problems in proprietary and inaccessible training datasets (Amoore et al., 2024). Mohamed et al. (2020) are explicit: structural change requires "political coalitions and communities," not individual actors.
For educators
Connect students to collective and cross-disciplinary action. Addressing algorithmic coloniality requires breaking down "disciplinary and departmental silos" (Hosseini, 2026; Maalsen, 2023). Individual insight without structural leverage changes nothing about the datasets or systems producing harmful outputs.
For students
Risk of cynicism or disengagement when individual critique runs up against inaccessible, proprietary datasets and opaque systems. As Hosseini (2026) demonstrates, surface improvements in GenAI outputs can mask rather than resolve the underlying colonial logics — students need community and strategy, not just analysis.
Partial structural
awareness
Senses bias or harm,
lacks systemic account
The Uneasy Adapter
Senses something wrong; lacks language to name it
Theoretical anchor
Pre-conceptual awareness of algorithmic harm: student senses that something is "off" in AI outputs — perhaps noticing racial or gender skew — but has not yet encountered the theoretical vocabulary to name it. This is the moment described by Day & Esson (2025) when outputs produce "surprising results."
For educators
This is a threshold moment. Offer concepts — algorithmic coloniality (Mohamed et al., 2020), algorithms of oppression (Noble, 2018), socio-technical artefacts (Benjamin, 2019) — as language for what is already felt. Hosseini's (2026) method of prompting GenAI and critically analyzing outputs is a replicable pedagogical entry point adaptable across text, image, and code generation.
For students
High potential. Already doing affective critical work. Avoid rushing to resolution — the unease is epistemically productive. GenAI outputs should be approached "not [as] surprising, but as symptomatic of racialised and gendered logics" (Hosseini, 2026) embedded in training data across all output modalities.
The Informed Skeptic
Identifies bias in outputs; most common profile
Theoretical anchor
Can identify racial and gender skew in outputs — consistent with quantitative evidence (Cheong et al., 2024; Currie et al., 2024, 2025) — but frames it as a dataset problem rather than an expression of algorithmic coloniality (Mohamed et al., 2020). The systemic account is absent.
For educators
Move from "bias as glitch" to "bias as design." Use Benjamin's (2019, p. 59) argument that training datasets carry "the prejudices of the individuals who compiled them." Ask: why does a GenAI default encode particular assumptions about race, class, gender, or expertise — whether producing an image, drafting a clinical summary, or generating a curriculum resource?
For students
May believe that surface improvements — more realistic outputs, more diverse teams, better prompts — will resolve the issue. Hosseini (2026) demonstrates directly that successive GenAI model versions produced aesthetically improved outputs while reproducing the same racial and gendered logic. The technical fix does not address colonial logics in the training data.
The Structural Analyst
Names AI harms systemically; connects to power
Theoretical anchor
Understands AI as a socio-technical artefact (Benjamin, 2019) shaped by Silicon Valley's role as "part of the United States, a global hegemon and a successor to European colonial powers" (Keshishi & Hosseini, 2023). Connects algorithmic coloniality (Mohamed et al., 2020) to concrete outputs.
For educators
Deepen from analysis to action. Introduce reparative description (Parry, 2023): how might geographers work with public image repositories to revise false past categorizations? Introduce Zembylas's (2023) strategies for "undoing the ethics of digital neocolonialism."
For students
May become frustrated that structural analysis does not translate into change. Channel into cross-disciplinary collaboration. Addressing problematic training data requires collective action and "relational approaches that emphasise the spatial and political contexts of algorithms" (Maalsen, 2023; Hosseini, 2026). Analysis without community and outlet risks paralysis.
The Emerging Ally
Seeks solidarity; building shared critical vocabulary
Theoretical anchor
Transitional position between individual and collective consciousness (Freire). Recognises that critique must be collective but lacks the structural analysis to ground it yet.
For educators
Facilitate cross-disciplinary collaboration explicitly. Addressing algorithmic harm requires breaking "disciplinary and departmental silos" (Hosseini, 2026; Maalsen, 2023) — across education, geography, data science, and activism. Connect emerging allies to existing coalitions and communities of practice doing this work.
For students
Motivated by justice but may lack the analytical vocabulary to sustain critique under institutional pressure. Pairing with theoretically grounded peers — including those with lived experience of the harms being analyzed (cf. acknowledgments in Keshishi & Hosseini, 2023) — is more generative than educator-only support.
Structural
consciousness
AI as site of
coloniality & harm
Conscientized but Constrained
Sees the system; defers under institutional pressure
Theoretical anchor
Understands algorithmic coloniality and its harms but operates in institutional systems — curriculum, assessment, professional bodies — that have not caught up with the critique. Within many national contexts "there are nascent discussions on the ethical issues of using Gen AI technologies within tertiary education" (Hosseini, 2026) — the institutional conversation is beginning but remains uneven.
For educators
Name the institutional lag explicitly. Developing "algorithmic literacy as part of wider digital literacy initiatives" (Kong et al., 2023; Zembylas, 2023; Hosseini, 2026) is a growing expectation — the conversation is beginning, and students can actively contribute to shaping it rather than waiting for institutions to catch up.
For students
Risk of internalizing structural constraint as personal inadequacy. The student's tension is not a sign of failure — it is evidence of structural contradictions that institutions have not yet resolved. Validate the critique while building pathways to act within and against institutional constraints.
The Critical Refuser
Refuses metaphorical framing; acts on structural critique
Theoretical anchor
Tuck & Yang (2012): decolonization is not a metaphor. Student refuses cosmetic diversity framings and demands structural change to what AI produces and whom it serves.
For educators
Support with Mohamed et al.'s (2020) practical recommendations: identifying sites of coloniality in AI systems, understanding where and how algorithms are made, engaging in reparative description (Parry, 2023), and developing local and national policy challenges to colonial algorithmic logics.
For students
May encounter resistance from colleagues who frame AI critique as technophobia or obstructionism. Documentation and publication — as Hosseini (2026) demonstrates — transforms resistant practice into sharable pedagogical resource. Connect to communities doing this work across disciplines; the argument gains force collectively.
The Critical Collaborator
Challenges AI's epistemic order; builds alternatives
Theoretical anchor
Actively participates in co-creating "instructional materials that transcend boundaries" (Hosseini, 2026) — resources that make algorithmic coloniality visible and addressable across GenAI modalities. Draws on intersectionality (Crenshaw, 1991; Hill Collins, 2019) to hold race, gender, and class in simultaneous analysis rather than treating each as a separate problem.
For educators
Commission rather than assess. Meaningful critique of algorithmic coloniality requires centering those with lived expertise in the harms being analyzed — not as informants but as co-authors (Hosseini, 2026). This student's contribution should shape pedagogy, not merely illustrate it. Invite co-authorship, co-design, and co-delivery.
For students
Risk of co-option — being absorbed as institutional evidence of diversity without structural change. Hosseini's (2026) reflexive positioning — centering colleagues with lived expertise in racial and gender inequity — models how genuine co-production differs from performative consultation. Support students to name and resist this distinction.
The Praxis Collective aspirational*
Reflection + action with others; pluriversal praxis
Theoretical anchor
Camacho Felix's (2025) decolonial imaginations and collective imagination — "unveiling different possibilities for addressing injustices" through relational, mutual aid. Mohamed et al.'s (2020) political coalitions. Benjamin's (2019) abolitionist tools for dismantling the New Jim Code in AI systems.
For educators
Collective praxis around GenAI requires institutional conditions: time, resource, partnership, and willingness to redistribute epistemic authority. It demands cross-disciplinary collaboration, reparative dataset work (Parry, 2023), and policy advocacy (Hosseini, 2026; Mohamed et al., 2020) — none of which individual pedagogy alone can produce. Educators must build the structures, not just model the position.
For students
Students here are co-researchers and co-educators. Hosseini (2026) models this directly: conducting experiments, publishing findings, and encouraging readers to replicate and extend the work with a critical eye. Sustain rather than assess — the goal is ongoing collective action that outlasts the course, not a demonstration of competence for a grade.
← epistemic deference
collective / relational agency →
Movement across these axes is non-linear — students may hold multiple positions simultaneously across different contexts and knowledge domains
Theoretical grounding
Horizontal axis: Mohamed et al. (2020) — algorithmic coloniality; Noble (2018) — algorithms of oppression; Maalsen (2023) — algorithmic epistemologies and situated knowledge  ·  Vertical axis: Benjamin (2019) — socio-technical artefacts encoding racial inequity; Zembylas (2023) — decolonial AI in HE; Quijano (2000) — coloniality of power; Camacho Felix (2025) — decolonial imaginations and collective action

Critical AI Engagement Framework Version 1.4

This version adds in the researcher lens and concepts such as epistemic accountability and the research lifecycle.

Critical AI Engagement Framework — Hosseini (v1.4)
Critical AI Engagement Framework
Grounded in Mohamed et al. (2020), Benjamin (2019), Noble (2018), Zembylas (2023), Crenshaw (1991)
Hosseini — Version 1.4, May 2026
Originally published Version 1.0, March 2026
For academic and workshop use
Not for citation without permission
Design developed with Claude Sonnet 4.6 (Anthropic, March 2026)
With special thanks to Dr Sara Camacho Felix
View
Researcher

Generative AI tools are now embedded in higher education, used to draft text, generate images, produce code, and synthesise research. Yet these tools are not neutral. They encode the assumptions, hierarchies, and exclusions of the data they were trained on, reproducing patterns of racial, gendered, and class-based harm even as their outputs become more sophisticated (Benjamin, 2019; Mohamed et al., 2020; Noble, 2018). Understanding how students engage with these tools, and what that engagement does or does not interrogate, is therefore an urgent task for educators.

The Critical AI Engagement Framework maps educational engagement with generative AI across two axes. The horizontal axis describes an individual’s epistemic posture toward AI: from treating its outputs as authoritative, through questioning them, to recognizing the colonial and structural conditions that shape what AI knows, whose knowledge it centers, and what it silences (Hosseini, 2026; Maalsen, 2023). The vertical axis describes how far an individual recognizes AI as a socio-technical artefact shaped by relations of power, rather than simply a tool with fixable flaws (Benjamin, 2019; Quijano, 2000; Zembylas, 2023). The positions individuals occupy are not freely chosen but reflect the institutional, curricular, and social conditions that shape how they learn and work. The framework’s aspiration is not a more capable individual user but collective action: sustained, community-grounded engagement that works toward structural change (Camacho Felix, 2025; Mohamed et al., 2020).

Epistemic deference
AI as neutral oracle
Critical interrogation
Outputs questioned
Epistemic agency
Whose knowledge?
Collective / relational
Critique with others
Individualized
engagement
AI as personal tool,
neutral & apolitical
The Uncritical Receiver
Accepts outputs; AI naturalized as neutral knowledge source
Theoretical anchor
Algorithmic coloniality (Mohamed et al., 2020): student treats AI outputs as objective, without recognizing that GenAI encodes "opaque, inconsistent cultural assumptions" shaped by historically racist and sexist training data (Keshishi & Hosseini, 2023; Benjamin, 2019).
For educators
Make the assumption of neutrality visible through practical experiments. Ask: whose perspective does a GenAI output reflect by default — in an image, a summary, a clinical recommendation, or a generated essay? Drawing on Day & Esson (2025) and Hosseini (2026), show how seemingly neutral prompts reproduce skewed cultural defaults across output types.
For students
The student experiences AI outputs as "natural" rather than constructed. As Benjamin (2019) argues, socio-technical artefacts are not static reflections — they are shaped by the feedback and values of those who built them. Students need a framework to see this, not just permission to question.
The Cautious Pragmatist
Checks outputs; AI still framed as neutral instrument
Theoretical anchor
The student audits outputs for factual errors but not for the cultural assumptions encoded in them. As Day & Esson (2025) show, even anomalous outputs require users to "remain vigilant to the opaque and shifting nature of generative AI tools" — vigilance the Cautious Pragmatist applies technically but not epistemically.
For educators
Shift from "is this accurate?" to "whose accuracy?" Note that improved outputs do not mean underlying biases have been addressed (Hosseini, 2026). Use Spennemann & Oddone's (2025) technique of asking GenAI to explain its own outputs as a critical exercise.
For students
May believe that better prompting solves the problem. However, prompt refinement "would not address the underlying biases within the datasets themselves" (Hosseini, 2026). The student needs to move from refining inputs to interrogating the training data and the colonial logics embedded within it.
The Epistemically Alert
Interrogates whose knowledge is centered; notices silences
Theoretical anchor
Algorithmic coloniality (Mohamed et al., 2020): student recognizes that AI systems embed a "dominant, Eurocentric worldview" that upholds hierarchical, racialized, and gendered ways of knowing. Connects to Noble's (2018) algorithms of oppression and Maalsen's (2023) algorithmic epistemologies.
For educators
Move from naming bias to interrogating its origin. Use Quijano's (2000) coloniality of power to show that AI's racial and gender defaults are not errors but expressions of colonial hierarchies embedded in training data. Ask: what would an AI trained on non-Eurocentric datasets produce differently?
For students
May feel isolated, especially when institutional AI guidance frames the issue as a technical problem. Wilby & Esson's (2024) call for "capabilities, caveats, and criticality" provides legitimizing language. Connect to communities of practice doing this work.
The Isolated Disruptor
Critiques AI alone; change without solidarity
Theoretical anchor
Individual critique of algorithmic coloniality, however sophisticated, cannot address structural problems in proprietary and inaccessible training datasets (Amoore et al., 2024). Mohamed et al. (2020) are explicit: structural change requires "political coalitions and communities," not individual actors.
For educators
Connect students to collective and cross-disciplinary action. Addressing algorithmic coloniality requires breaking down "disciplinary and departmental silos" (Hosseini, 2026; Maalsen, 2023). Individual insight without structural leverage changes nothing about the datasets or systems producing harmful outputs.
For students
Risk of cynicism or disengagement when individual critique runs up against inaccessible, proprietary datasets. As Hosseini (2026) demonstrates, surface improvements in GenAI outputs can mask rather than resolve underlying colonial logics — students need community and strategy, not just analysis.
Partial structural
awareness
Senses bias or harm,
lacks systemic account
The Uneasy Adapter
Senses something wrong; lacks language to name it
Theoretical anchor
Pre-conceptual awareness of algorithmic harm: student senses that something is "off" in AI outputs — perhaps noticing racial or gender skew — but has not yet encountered the theoretical vocabulary to name it. This is the moment described by Day & Esson (2025) when outputs produce "surprising results."
For educators
This is a threshold moment. Offer concepts — algorithmic coloniality (Mohamed et al., 2020), algorithms of oppression (Noble, 2018), socio-technical artefacts (Benjamin, 2019) — as language for what is already felt. Hosseini's (2026) method of prompting GenAI and critically analyzing outputs is a replicable pedagogical entry point.
For students
High potential. Already doing affective critical work. Avoid rushing to resolution — the unease is epistemically productive. GenAI outputs should be approached "not [as] surprising, but as symptomatic of racialised and gendered logics" (Hosseini, 2026) embedded in training data across all output modalities.
The Informed Skeptic
Identifies bias in outputs; most common profile
Theoretical anchor
Can identify racial and gender skew in outputs — consistent with quantitative evidence (Cheong et al., 2024; Currie et al., 2024, 2025) — but frames it as a dataset problem rather than an expression of algorithmic coloniality (Mohamed et al., 2020). The systemic account is absent.
For educators
Move from "bias as glitch" to "bias as design." Use Benjamin's (2019, p. 59) argument that training datasets carry "the prejudices of the individuals who compiled them." Ask: why does a GenAI default encode particular assumptions about race, class, gender, or expertise?
For students
May believe that surface improvements will resolve the issue. Hosseini (2026) demonstrates directly that successive GenAI model versions produced aesthetically improved outputs while reproducing the same racial and gendered logic. The technical fix does not address colonial logics in the training data.
The Structural Analyst
Names AI harms systemically; connects to power
Theoretical anchor
Understands AI as a socio-technical artefact (Benjamin, 2019) shaped by Silicon Valley's role as "part of the United States, a global hegemon and a successor to European colonial powers" (Keshishi & Hosseini, 2023). Connects algorithmic coloniality (Mohamed et al., 2020) to concrete outputs.
For educators
Deepen from analysis to action. Introduce reparative description (Parry, 2023): how might geographers work with public image repositories to revise false past categorizations? Introduce Zembylas's (2023) strategies for "undoing the ethics of digital neocolonialism."
For students
May become frustrated that structural analysis does not translate into change. Channel into cross-disciplinary collaboration. Addressing problematic training data requires collective action and "relational approaches that emphasize the spatial and political contexts of algorithms" (Maalsen, 2023; Hosseini, 2026).
The Emerging Ally
Seeks solidarity; building shared critical vocabulary
Theoretical anchor
Transitional position between individual and collective consciousness (Freire). Recognizes that critique must be collective but lacks the structural analysis to ground it yet.
For educators
Facilitate cross-disciplinary collaboration explicitly. Addressing algorithmic harm requires breaking "disciplinary and departmental silos" (Hosseini, 2026; Maalsen, 2023). Connect emerging allies to existing coalitions and communities of practice doing this work.
For students
Motivated by justice but may lack the analytical vocabulary to sustain critique under institutional pressure. Pairing with theoretically grounded peers — including those with lived experience of the harms being analyzed — is more generative than educator-only support.
Structural
consciousness
AI as site of
coloniality & harm
Conscientized but Constrained
Sees the system; defers under institutional pressure
Theoretical anchor
Understands algorithmic coloniality and its harms but operates in institutional systems — curriculum, assessment, professional bodies — that have not caught up with the critique. Within many national contexts "there are nascent discussions on the ethical issues of using Gen AI technologies within tertiary education" (Hosseini, 2026).
For educators
Name the institutional lag explicitly. Developing "algorithmic literacy as part of wider digital literacy initiatives" (Kong et al., 2023; Zembylas, 2023; Hosseini, 2026) is a growing expectation — students can actively contribute to shaping it rather than waiting for institutions to catch up.
For students
Risk of internalizing structural constraint as personal inadequacy. The student's tension is not a sign of failure — it is evidence of structural contradictions that institutions have not yet resolved. Validate the critique while building pathways to act within and against institutional constraints.
The Critical Refuser
Refuses metaphorical framing; acts on structural critique
Theoretical anchor
Tuck & Yang (2012): decolonization is not a metaphor. Student refuses cosmetic diversity framings and demands structural change to what AI produces and whom it serves.
For educators
Support with Mohamed et al.'s (2020) practical recommendations: identifying sites of coloniality in AI systems, understanding where and how algorithms are made, engaging in reparative description (Parry, 2023), and developing local and national policy challenges to colonial algorithmic logics.
For students
May encounter resistance from colleagues who frame AI critique as technophobia. Documentation and publication — as Hosseini (2026) demonstrates — transforms resistant practice into sharable pedagogical resource. Connect to communities doing this work across disciplines.
The Critical Collaborator
Challenges AI's epistemic order; builds alternatives
Theoretical anchor
Actively participates in co-creating "instructional materials that transcend boundaries" (Hosseini, 2026). Draws on intersectionality (Crenshaw, 1991; Hill Collins, 2019) to hold race, gender, and class in simultaneous analysis rather than treating each as a separate problem.
For educators
Commission rather than assess. Meaningful critique of algorithmic coloniality requires centering those with lived expertise in the harms being analyzed — not as informants but as co-authors (Hosseini, 2026). Invite co-authorship, co-design, and co-delivery.
For students
Risk of co-option — being absorbed as institutional evidence of diversity without structural change. Hosseini's (2026) reflexive positioning models how genuine co-production differs from performative consultation. Support students to name and resist this distinction.
The Praxis Collective aspirational*
Reflection + action with others; pluriversal praxis
Theoretical anchor
Camacho Felix's (2025) decolonial imaginations and collective imagination. Mohamed et al.'s (2020) political coalitions. Benjamin's (2019) abolitionist tools for dismantling the New Jim Code in AI systems.
For educators
Collective praxis around GenAI requires institutional conditions: time, resource, partnership, and willingness to redistribute epistemic authority. It demands cross-disciplinary collaboration, reparative dataset work (Parry, 2023), and policy advocacy — none of which individual pedagogy alone can produce.
For students
Students here are co-researchers and co-educators. Hosseini (2026) models this directly: conducting experiments, publishing findings, and encouraging readers to replicate and extend the work with a critical eye. Sustain rather than assess.
← epistemic deference
collective / relational agency →
Movement across these axes is non-linear — individuals may hold multiple positions simultaneously across different contexts and knowledge domains
Theoretical grounding
Horizontal axis: Mohamed et al. (2020) — algorithmic coloniality; Noble (2018) — algorithms of oppression; Maalsen (2023) — algorithmic epistemologies  ·  Vertical axis: Benjamin (2019) — socio-technical artefacts encoding racial inequity; Zembylas (2023) — decolonial AI in HE; Quijano (2000) — coloniality of power; Camacho Felix (2025) — decolonial imaginations and collective action

This view reframes the framework for researchers engaging with generative AI across the research process. The two applied sections in each cell address the researcher's own practice and the dimension of epistemic accountability — a concept that holds together citational justice (the obligation to credit ideas and intellectual labour whether or not they appear in a formal reference list) and research integrity (the obligation to be transparent about the conditions, limitations, and role of AI in knowledge production). Together they ask: is this knowledge claim accountable — to its sources, its methods, and the communities it draws on?

Positions are not fixed. A researcher may occupy different cells across different phases of the research lifecycle, and across different relationships — with their own field, with collaborators, with communities whose knowledge they draw on.

Epistemic deference
AI as neutral oracle
Critical interrogation
Outputs questioned
Epistemic agency
Whose knowledge?
Collective / relational
Critique with others
Individualized
engagement
AI as personal tool,
neutral & apolitical
The Uncritical Receiver
Accepts AI-generated syntheses as authoritative; does not interrogate sources
Theoretical anchor
Algorithmic coloniality (Mohamed et al., 2020): researcher treats AI literature syntheses, methodology suggestions, and summaries as objective, without recognising that GenAI encodes dominant epistemological hierarchies in what it surfaces and what it buries.
For researchers
The most immediate risk is invisible citational erasure — AI synthesises ideas without naming their origins, and the researcher reproduces that synthesis without tracing it back. This is not plagiarism in the conventional sense; it is the structural absorption of others' intellectual labour without acknowledgment. Check: could you trace every conceptual move in an AI-assisted draft back to a named source?
Epistemic accountability
AI-generated text disproportionately surfaces and centres Western, English-language, and institutionally prestigious scholarship. Accepting this output without interrogation reproduces existing patterns of citational exclusion at scale — particularly for Indigenous, Global South, and community-based knowledge traditions. Whose ideas are being absorbed here, and are they being named?
The Cautious Pragmatist
Verifies factual accuracy; does not interrogate epistemological defaults
Theoretical anchor
The researcher fact-checks AI outputs but accepts their epistemological framing — which fields count as relevant, whose scholars are cited, what counts as evidence. Improved fluency in AI outputs does not mean the underlying knowledge hierarchies have shifted (Hosseini, 2026).
For researchers
Shift from "is this reference real?" to "whose scholarship does this AI treat as foundational?" Run the same research question through AI and check: which traditions, languages, and geographic contexts are centred in the output? Whose frameworks are presented as universal? This is the citational audit that fact-checking alone does not perform.
Epistemic accountability
The Cautious Pragmatist may catch hallucinated citations but will not notice that the scholars being cited are systematically drawn from particular traditions. AI reproduces the citational habits of its training data — which over-represents certain journals, languages, and institutional contexts. Active remediation requires deliberately seeking out and naming scholarship that AI sidelines.
The Epistemically Alert
Interrogates whose knowledge AI centres; actively traces silences
Theoretical anchor
Algorithmic coloniality (Mohamed et al., 2020): researcher recognises that AI embeds a dominant, Eurocentric worldview in what it treats as relevant, credible, and foundational. Connects to Maalsen's (2023) algorithmic epistemologies: AI does not just reflect knowledge hierarchies — it reproduces and legitimises them.
For researchers
Use AI-generated literature maps as a diagnostic, not a foundation. Where are the gaps? Which fields, languages, and traditions are absent? Supplement systematically rather than incidentally. Consider naming the epistemological limits of any AI-assisted literature review explicitly in your methodology — this is a form of reflexive transparency that strengthens rather than weakens the work.
Epistemic accountability
Epistemic alertness is the precondition for citational justice. It is not enough to add diversity to a reference list; the question is whether the conceptual architecture of the work — its framing, its definitions, its theoretical moves — draws on a genuinely plural set of traditions. This researcher is positioned to ask that question; the task is to act on it consistently.
The Isolated Disruptor
Critiques AI's epistemic defaults alone; lacks relational infrastructure
Theoretical anchor
Individual critique of algorithmic coloniality, however rigorous, cannot change proprietary training datasets or the citational norms of major journals (Amoore et al., 2024). Mohamed et al. (2020): structural change requires political coalitions, not individual scholarly positioning.
For researchers
The risk here is that critique becomes a scholarly identity rather than a lever for change. Publishing papers that name AI's citational failures is necessary but not sufficient if those papers circulate only within already-convinced communities. The question is: what collective structures — journal policies, funder requirements, disciplinary norms — could be shifted, and who are the coalitions that could shift them?
Epistemic accountability
Citational justice enacted alone — by one researcher choosing to diversify their own reference lists — is valuable but limited. It does not change the structural conditions that produce citational inequality: impact factor systems, language hierarchies in publishing, paywalled access to scholarship from the Global South. Connecting individual practice to structural advocacy is the work this position points toward.
Partial structural
awareness
Senses bias or harm,
lacks systemic account
The Uneasy Adapter
Senses something off in AI-assisted research; lacks conceptual language
Theoretical anchor
Pre-conceptual awareness of algorithmic harm: the researcher senses that AI-assisted literature searches, writing suggestions, or methodology outputs are skewed — but lacks the vocabulary to name what the skew is or where it comes from (Fricker, 2007, hermeneutical injustice).
For researchers
The unease is epistemically productive — it is evidence that the researcher is already doing critical work at an affective level. The conceptual vocabulary that names this unease includes algorithmic coloniality (Mohamed et al., 2020), citational injustice (Ahmed, 2017), and epistemic extractivism — the process by which AI absorbs and repackages knowledge without crediting its origins. Naming the problem is the first step to acting on it.
Epistemic accountability
The sense that "something is missing" from an AI-generated literature map is often precisely citational: the scholars whose work would reframe the question are absent. This researcher is close to articulating that absence — what is needed is the vocabulary to name which traditions are missing and why their exclusion is not accidental.
The Informed Skeptic
Identifies specific AI biases; does not yet connect to structural account
Theoretical anchor
Can identify specific instances where AI outputs reflect racial, gendered, or disciplinary bias — but frames this as a data quality problem rather than an expression of algorithmic coloniality (Mohamed et al., 2020). Instance-level critique without structural account.
For researchers
The next move is from "this AI output is biased" to "this AI output reflects a system trained on scholarship that was already biased toward particular traditions, and my use of it without intervention reproduces that bias in my work." Benjamin's (2019) account of how socio-technical systems encode the assumptions of their makers provides the structural bridge this position needs.
Epistemic accountability
The Informed Skeptic notices citational gaps but treats them as omissions to be corrected individually rather than as expressions of structural inequality. The shift required is recognising that AI's citational habits are not random: they reflect and reinforce the hierarchies of academic publishing — impact factors, language, geography, institutional prestige — that already disadvantage particular scholars and traditions.
The Structural Analyst
Accounts for AI's epistemic harms systemically in research practice
Theoretical anchor
Understands AI as a socio-technical artefact (Benjamin, 2019) whose outputs in research contexts — literature syntheses, methodology suggestions, analytical framings — encode the colonial hierarchies of their training data. Connects Mohamed et al.'s (2020) algorithmic coloniality directly to their own methodological choices.
For researchers
Analysis must connect to action in the research process itself: not just naming AI's structural harms in a methods section, but making methodological choices that actively counter them — using AI as one input among many, supplementing systematically from excluded traditions, and being explicit in publications about what AI cannot see. Describing and contextualising AI outputs in ways that make their structural conditions visible to others offers a model for how this transparency can be enacted.
Epistemic accountability
Structural analysis of AI's citational defaults should translate into active citational practice: naming the scholars whose ideas inform the work even when they are not formally cited, acknowledging intellectual debts to communities and interlocutors, and refusing the convention that only peer-reviewed, institutionally affiliated sources count as citable knowledge. Sara Ahmed's (2017) citational politics offers a principled framework for this.
The Emerging Ally
Building shared critical research practice; seeking community
Theoretical anchor
Transitional position between individual and collective critical consciousness (Freire, 1970). Recognises that AI's structural harms cannot be addressed by individual researchers alone — but has not yet developed the theoretical grounding or the relational infrastructure to act collectively.
For researchers
The institutional structures for collective critical research practice around AI are still nascent — but they exist: research networks, journal special issues, funding calls, and disciplinary working groups focused on AI ethics and decolonisation. Connecting to these structures — research networks, disciplinary working groups, and journal special issues focused on AI ethics and decolonisation — is more generative than developing critique in isolation.
Epistemic accountability
Building shared critical citational practice is more effective than individual reform. Research groups that collectively commit to citational justice — explicitly discussing whose scholarship they are drawing on, whose they are missing, and why — create the conditions for structural change that individual practice cannot. This researcher is positioned to initiate those conversations.
Structural
consciousness
AI as site of
coloniality & harm
Conscientized but Constrained
Understands AI's structural harms; institutional pressures limit action
Theoretical anchor
Understands algorithmic coloniality and its research implications but operates within institutional structures — REF metrics, funder requirements, journal conventions, impact factor pressures — that have not caught up with the critique. The constraint is structural, not personal.
For researchers
Identify the specific points in the research lifecycle where structural consciousness can be enacted without institutional penalty — and the points where it cannot yet. Methodology transparency, supplementary citational notes, and collaborative publications are lower-risk entry points. The longer-term task is building the disciplinary arguments that shift what counts as rigorous and responsible AI use in research.
Epistemic accountability
The pressure to cite high-impact, English-language, institutionally prestigious scholarship is real and career-consequential. Citational justice in this position requires identifying which aspects of that pressure can be resisted now — in acknowledgments sections, in working papers, in teaching materials — and building the disciplinary case for broader reform over time.
The Critical Refuser
Refuses AI's epistemic defaults; enacts structural critique in research practice
Theoretical anchor
Tuck & Yang (2012): decolonization is not a metaphor. The researcher refuses to treat AI as a neutral research tool and refuses the cosmetic diversity framings — diverse prompt outputs, diverse research team images — that leave colonial data structures intact.
For researchers
Refusal in research practice is not disengagement from AI but a theoretically grounded decision about what it will and will not be used for. Mohamed et al.'s (2020) practical framework — identifying sites of coloniality, understanding where algorithms are made, engaging in reparative description — provides the action vocabulary this position needs. Document and publish these choices: refusal is more powerful as shared practice than as individual stance.
Epistemic accountability
Refusing AI's citational defaults means refusing to let AI determine whose scholarship is foundational to the work. It means actively tracing ideas to their origins — including unpublished work, conference presentations, community knowledge, and conversations — and naming those origins in the text, not just in the references. Ahmed's (2017) practice of making the politics of citation explicit is the model here.
The Critical Collaborator
Co-produces research that challenges AI's epistemic order; centers lived expertise
Theoretical anchor
Draws on intersectionality (Crenshaw, 1991; Hill Collins, 2019) to hold race, gender, and class in simultaneous analysis. Hosseini (2026) models this directly: centering colleagues with lived expertise in the harms being analyzed — not as data sources or acknowledgment entries but as co-authors and co-thinkers whose intellectual contributions shape the work.
For researchers
The question this position raises is not just who is on the research team but whose ideas are structuring the research — and whether that is reflected in authorship, acknowledgment, and citation. Co-production is not adding diverse voices to an existing framework; it is allowing those voices to reshape the framework itself. This is the distinction between consultation and genuine epistemic collaboration.
Epistemic accountability
Citational justice at this position means that intellectual contributions shape authorship decisions — not just acknowledgment entries. It also means naming the ideas of collaborators, interlocutors, and community members in the text of the work, even where formal co-authorship is not possible. The goal is to make the relational and collective character of knowledge production visible, against the convention of the solo scholarly voice.
The Praxis Collective aspirational*
Collective research action; pluriversal knowledge production
Theoretical anchor
Camacho Felix's (2025) decolonial imaginations: the collective envisioning and construction of research practices that do not reproduce colonial knowledge hierarchies. Freire's (1970) praxis: reflection and action undertaken with others, not on behalf of them. The goal is not one critical research community but the recognition that multiple knowledge traditions have equal standing (Mignolo & Walsh, 2018).
For researchers
Collective praxis in research requires institutional conditions that most researchers do not currently have: protected time for collaborative methodological reflection, funding structures that recognise community knowledge, and publishing conventions that can accommodate collective and non-Western authorship. Building those conditions is itself a research and advocacy task — one that this position is equipped to pursue.
Epistemic accountability
At this position, citational justice is not a corrective add-on but constitutive of the research itself. The work is designed from the outset to make its knowledge relations visible: who contributed what, whose frameworks are being used and from where, what intellectual debts are owed and to whom. This is scholarship that models the knowledge relations it advocates for — pluriversal, relational, and transparent about the conditions of its own production.
← epistemic deference
collective / relational agency →
Movement across these axes is non-linear — researchers may hold different positions across different phases of the research lifecycle and different collaborative relationships
Theoretical grounding
Horizontal axis: Mohamed et al. (2020) — algorithmic coloniality; Noble (2018) — algorithms of oppression; Maalsen (2023) — algorithmic epistemologies  ·  Vertical axis: Benjamin (2019) — socio-technical artefacts; Zembylas (2023) — decolonial AI in HE; Quijano (2000) — coloniality of power; Camacho Felix (2025) — decolonial imaginations  ·  Epistemic accountability: Ahmed (2017) — citational politics and naming intellectual genealogies; Fricker (2007) — hermeneutical injustice as structural condition of not having vocabulary to name epistemic harm; Tuck & Yang (2012) — decolonization as structural and political; UK Research Integrity Office / Singapore Statement (2010) — research integrity as transparency about conditions of knowledge production

This view adds epistemic accountability as a fourth dimension alongside the original three sections. Epistemic accountability holds together two obligations that AI use makes newly urgent: citational justice — recognising whose ideas are absorbed through AI-mediated synthesis and naming intellectual contributions that fall outside formal citation conventions — and research integrity — being transparent about the conditions, limitations, and role of AI in knowledge production. Neither subordinates the other. Citational justice asks whose labour is acknowledged; research integrity asks whether the conditions of production are honestly disclosed. Together they ask: is this knowledge claim accountable — to its sources, its methods, and the communities it draws on?

This view preserves the educational framing (theoretical anchor, for educators, for students) and adds epistemic accountability as a cross-cutting dimension that applies regardless of whether the user is a researcher, educator, or student. AI use in educational contexts raises the same questions of intellectual credit, attribution transparency, and relational accountability as it does in formal research.

Epistemic deference
AI as neutral oracle
Critical interrogation
Outputs questioned
Epistemic agency
Whose knowledge?
Collective / relational
Critique with others
Individualized
engagement
AI as personal tool,
neutral & apolitical
The Uncritical Receiver
Accepts outputs; AI naturalized as neutral knowledge source
Theoretical anchor
Algorithmic coloniality (Mohamed et al., 2020): treats AI outputs as objective, without recognising that GenAI encodes dominant cultural assumptions shaped by historically racist and sexist training data (Benjamin, 2019).
For educators
Make the assumption of neutrality visible. Ask: whose perspective does a GenAI output reflect by default? Show how neutral prompts reproduce skewed cultural defaults across output types (Day & Esson, 2025; Hosseini, 2026).
For students
AI outputs feel "natural" rather than constructed. Socio-technical artefacts are shaped by the values of those who built them (Benjamin, 2019). Students need a framework to see this, not just permission to question.
Epistemic accountability
At this position, ideas absorbed through AI are unlikely to be traced to their origins at all. This is invisible intellectual debt — the uncritical receiver inherits AI's citational erasures without knowing it. The first step is simply asking: where did this idea come from, and who first articulated it?
The Cautious Pragmatist
Checks outputs; AI still framed as neutral instrument
Theoretical anchor
Audits outputs for factual errors but not cultural assumptions. Improved outputs do not mean the underlying biases have been addressed (Hosseini, 2026).
For educators
Shift from "is this accurate?" to "whose accuracy?" Ask students to run the same question through AI and identify which scholarly traditions dominate the output and which are absent.
For students
Prompt refinement "would not address the underlying biases within the datasets themselves" (Hosseini, 2026). Move from refining inputs to interrogating the colonial logics embedded in training data.
Epistemic accountability
Verifying that citations are real is not the same as asking whose scholarship the AI treats as foundational. The Cautious Pragmatist may catch hallucinated references but miss the systematic over-representation of Western, English-language scholarship. Active remediation means deliberately supplementing AI outputs from excluded traditions and naming those sources.
The Epistemically Alert
Interrogates whose knowledge is centered; notices silences
Theoretical anchor
Algorithmic coloniality (Mohamed et al., 2020): AI embeds a dominant, Eurocentric worldview in what it treats as relevant, credible, and foundational (Noble, 2018; Maalsen, 2023).
For educators
Move from naming bias to interrogating its origin. Use Quijano's (2000) coloniality of power to show that AI's defaults are not errors but expressions of colonial hierarchies in training data.
For students
May feel isolated when institutional AI guidance frames the issue as technical. Wilby & Esson's (2024) call for "capabilities, caveats, and criticality" provides legitimizing language. Connect to communities doing this work.
Epistemic accountability
Epistemic alertness is the precondition for citational justice. This position asks not just "whose knowledge is missing?" but "whose intellectual labour has been absorbed without credit?" — including ideas circulating in communities, conferences, and conversations that predate their appearance in peer-reviewed form.
The Isolated Disruptor
Critiques AI alone; change without solidarity
Theoretical anchor
Individual critique cannot address structural problems in proprietary datasets (Amoore et al., 2024). Structural change requires political coalitions, not individual actors (Mohamed et al., 2020).
For educators
Connect to collective and cross-disciplinary action. Individual insight without structural leverage changes nothing about the datasets producing harmful outputs (Hosseini, 2026; Maalsen, 2023).
For students
Risk of cynicism when individual critique runs up against inaccessible, proprietary systems. Students need community and strategy, not just analysis (Hosseini, 2026).
Epistemic accountability
Diversifying one's own reference list in isolation does not change the structural conditions that produce citational inequality. Collective citational politics — research groups, journals, funders — is what changes norms. This position points toward the need for that collective, even if it has not yet been built.
Partial structural
awareness
Senses bias or harm,
lacks systemic account
The Uneasy Adapter
Senses something wrong; lacks language to name it
Theoretical anchor
Pre-conceptual awareness of algorithmic harm: senses skew but lacks vocabulary to name it — Fricker's (2007) hermeneutical injustice at the level of AI engagement.
For educators
Threshold moment. Offer concepts — algorithmic coloniality (Mohamed et al., 2020), algorithms of oppression (Noble, 2018) — as language for what is already felt (Hosseini, 2026).
For students
High potential. The unease is epistemically productive. GenAI outputs are "not surprising, but symptomatic of racialised and gendered logics" (Hosseini, 2026). Avoid rushing to resolution.
Epistemic accountability
The sense that something is missing from AI outputs is often precisely citational — the scholars who would reframe the question are absent. This position is close to naming that absence; the vocabulary of citational injustice (Ahmed, 2017) and epistemic extractivism can give it form.
The Informed Skeptic
Identifies bias in outputs; lacks structural account
Theoretical anchor
Identifies racial and gender skew (Cheong et al., 2024; Currie et al., 2024) but frames it as a dataset problem rather than algorithmic coloniality (Mohamed et al., 2020).
For educators
Move from "bias as glitch" to "bias as design." Training datasets carry "the prejudices of the individuals who compiled them" (Benjamin, 2019, p. 59). Ask: why does GenAI encode particular assumptions about race, class, and expertise?
For students
Surface improvements do not resolve colonial logics. Hosseini (2026) demonstrates that successive model versions reproduced the same racial and gendered logic despite aesthetic improvement.
Epistemic accountability
The Informed Skeptic notices citational gaps but treats them as individual omissions rather than structural patterns. The shift required is recognising that AI's citational habits reflect publishing hierarchies — impact factors, language, geography, prestige — that systematically disadvantage certain scholars. Correction requires structural awareness, not just addition.
The Structural Analyst
Names AI harms systemically; connects to power
Theoretical anchor
Understands AI as a socio-technical artefact (Benjamin, 2019) shaped by colonial power structures (Keshishi & Hosseini, 2023). Connects algorithmic coloniality (Mohamed et al., 2020) to concrete outputs.
For educators
Deepen from analysis to action. Introduce reparative description (Parry, 2023) and Zembylas's (2023) strategies for "undoing the ethics of digital neocolonialism."
For students
May be frustrated that structural analysis does not translate into change. Channel into cross-disciplinary collaboration (Maalsen, 2023; Hosseini, 2026). Analysis without community and outlet risks paralysis.
Epistemic accountability
Structural analysis should translate into active citational practice: naming scholars whose ideas inform the work even outside formal citation, acknowledging intellectual debts to communities, and refusing the convention that only peer-reviewed institutional sources count as knowledge. Ahmed's (2017) citational politics is the principled framework here.
The Emerging Ally
Seeks solidarity; building shared critical vocabulary
Theoretical anchor
Transitional between individual and collective consciousness (Freire). Recognises critique must be collective but lacks structural grounding and relational infrastructure yet.
For educators
Facilitate cross-disciplinary collaboration explicitly. Addressing algorithmic harm requires breaking disciplinary silos (Hosseini, 2026; Maalsen, 2023). Connect to existing coalitions and communities of practice.
For students
Motivated by justice but may lack analytical vocabulary to sustain critique under institutional pressure. Pairing with theoretically grounded peers — including those with lived experience — is more generative than educator-only support.
Epistemic accountability
Building shared critical citational practice within a group — explicitly discussing whose scholarship is being drawn on and whose is absent — creates conditions for structural change that individual practice cannot. This researcher is positioned to initiate those conversations and model collective accountability in citation.
Structural
consciousness
AI as site of
coloniality & harm
Conscientized but Constrained
Sees the system; defers under institutional pressure
Theoretical anchor
Understands algorithmic coloniality and its harms but operates within institutional systems that have not caught up with the critique (Hosseini, 2026). The constraint is structural, not personal.
For educators
Name the institutional lag explicitly. "Algorithmic literacy as part of wider digital literacy initiatives" is a growing expectation (Kong et al., 2023; Zembylas, 2023) — students can contribute to shaping it rather than waiting for institutions to catch up.
For students
The tension is not personal failure — it is evidence of structural contradictions institutions have not resolved. Validate the critique while building pathways to act within and against institutional constraints.
Epistemic accountability
The pressure to cite high-impact, English-language scholarship is real and career-consequential. Citational justice in this position means identifying where it can be enacted now — in acknowledgments, working papers, teaching materials — and building the disciplinary argument for broader reform over time, without waiting for permission.
The Critical Refuser
Refuses metaphorical framing; acts on structural critique
Theoretical anchor
Tuck & Yang (2012): decolonization is not a metaphor. Refuses cosmetic diversity framings and demands structural change to what AI produces and whom it serves.
For educators
Support with Mohamed et al.'s (2020) practical recommendations: identifying sites of coloniality, engaging in reparative description (Parry, 2023), and developing policy challenges to colonial algorithmic logics.
For students
May encounter resistance framing AI critique as technophobia. Documentation and publication transforms resistant practice into shareable resource (Hosseini, 2026). Connect to communities doing this work across disciplines.
Epistemic accountability
Refusing AI's citational defaults means actively tracing ideas to their origins — including unpublished work, conference presentations, community knowledge, and conversations — and naming those origins in the text, not just the reference list. The politics of citation are made explicit, not hidden in a bibliography (Ahmed, 2017).
The Critical Collaborator
Challenges AI's epistemic order; builds alternatives with others
Theoretical anchor
Intersectionality (Crenshaw, 1991; Hill Collins, 2019). Hosseini (2026): centering colleagues with lived expertise as co-authors and co-thinkers whose contributions shape the work, not merely validate it.
For educators
Commission rather than assess. Centering lived expertise means co-authorship, co-design, and co-delivery — not consultation. This student's contribution should shape pedagogy, not merely illustrate it (Hosseini, 2026).
For students
Risk of co-option — absorbed as institutional evidence of diversity without structural change. Hosseini's (2026) reflexive positioning models how genuine co-production differs from performative consultation. Support students to name and resist this distinction.
Epistemic accountability
At this position, citational justice means that intellectual contributions shape authorship — not just acknowledgment entries. It means naming collaborators', interlocutors', and community members' ideas in the body of the work. The relational and collective character of knowledge production is made visible, against the convention of the solo scholarly voice.
The Praxis Collective aspirational*
Reflection + action with others; pluriversal praxis
Theoretical anchor
Camacho Felix (2025): decolonial imaginations and collective action. Mohamed et al. (2020): political coalitions. Freire (1970): praxis undertaken with others, not on behalf of them. Mignolo & Walsh (2018): pluriversality — multiple knowledge traditions with equal standing.
For educators
Collective praxis requires institutional conditions: time, resource, partnership, willingness to redistribute epistemic authority, reparative dataset work (Parry, 2023), and policy advocacy. Educators must build the structures, not just model the position.
For students
Students here are co-researchers and co-educators. Hosseini (2026) models this: conducting experiments, publishing findings, encouraging replication. The goal is ongoing collective action that outlasts the course.
Epistemic accountability
At this position, citational justice is constitutive of the work — not an add-on. The research is designed from the outset to make its knowledge relations visible: who contributed what, whose frameworks are being used and from where, what intellectual debts are owed and to whom. This is scholarship that enacts the knowledge relations it advocates for — pluriversal, relational, and transparent about the conditions of its own production.
← epistemic deference
collective / relational agency →
Movement across these axes is non-linear — individuals may hold multiple positions simultaneously across different contexts, relationships, and knowledge domains
Theoretical grounding
Horizontal axis: Mohamed et al. (2020); Noble (2018); Maalsen (2023)  ·  Vertical axis: Benjamin (2019); Zembylas (2023); Quijano (2000); Camacho Felix (2025)  ·  Epistemic accountability: Ahmed, S. (2017). Living a Feminist Life. Duke University Press — the practice of naming intellectual genealogies explicitly in the text, including debts outside formal citation conventions. Epistemic accountability extends this to research integrity: transparent disclosure of AI use, its limitations, and the structural conditions that shaped what could be known — following the Singapore Statement on Research Integrity (2010) and Fricker's (2007) account of hermeneutical injustice as the structural absence of vocabulary to name epistemic harm.

This view maps AI engagement across the research lifecycle, tracing how epistemic posture — from deference to collective agency — manifests differently at each phase of research practice. Each phase carries distinct risks and possibilities: the literature and framing phase is where AI most aggressively shapes what counts as relevant scholarship; methodology and design is where colonial defaults in AI recommendations become embedded in the research architecture; data and evidence is where AI's training hierarchies most directly affect what gets surfaced and what gets buried; analysis and interpretation is where AI can flatten the conceptual moves that distinguish critical from descriptive work; writing and synthesis is where citational erasure is most invisible; and publication and dissemination is where structural change is most possible — and most resisted.

The epistemic accountability dimension (gold) runs through all phases but intensifies toward dissemination. It addresses two obligations simultaneously: citational justice — whose intellectual labour is acknowledged, including named authors, unnamed collaborators, community knowledge, conversations, and ideas that circulate before they are published — and research integrity — transparent disclosure of how AI was used, what it could not see, and what structural conditions shaped the knowledge produced. Both are present at every phase; the balance between them shifts as the research progresses.

Epistemic deference
AI as oracle
Critical interrogation
Outputs questioned
Epistemic agency
Whose knowledge?
Collective / relational
Critique with others
1. Literature & framing
Identifying what is known and from where

The phase where AI most aggressively determines whose scholarship counts as foundational. Epistemic deference here shapes the entire conceptual architecture of the research.

Delegates framing to AI
Uses AI-generated literature maps as the basis for research framing without interrogating which traditions, languages, or epistemological positions are absent from the output.
Epistemic accountability
Inherits AI's citational exclusions wholesale. Scholars from the Global South, Indigenous traditions, and community-based knowledge are systematically absent — and this absence shapes what the research can ask and how it frames its answers.
Fact-checks; accepts framing
Verifies that AI-cited sources are real and accurate but accepts the epistemological frame AI provides — which fields count as relevant, whose scholars are foundational, what counts as a gap in the literature.
Epistemic accountability
Catches hallucinated references but misses systematic citational bias. The canon AI constructs is accepted as the canon; active supplementation from excluded traditions requires a deliberate second pass.
Interrogates the canon AI constructs
Uses AI-generated literature maps as a diagnostic: where are the gaps? Which languages, disciplines, and geographic traditions are absent? Treats AI output as a partial and interested map, not a neutral survey of the field.
Epistemic accountability
Actively seeks out scholarship that AI sidelines. Names these sources explicitly in the literature review, including discussion of why they were absent from AI outputs — making the politics of knowledge production visible in the text itself (Ahmed, 2017).
Co-constructs the literature frame
Works with collaborators, communities, and interlocutors to identify what counts as relevant literature — rather than delegating that determination to AI. AI is one input among many, weighted by a collectively agreed epistemological framework.
Epistemic accountability
The literature frame itself reflects a collective decision about whose knowledge matters. Intellectual contributions from collaborators and communities that fall outside formal publication are named in the text, not just in acknowledgments.
2. Methodology & design
How the research will be conducted and why

AI methodology recommendations embed epistemological defaults — which methods count as rigorous, whose frameworks are treated as standard — that shape what the research can find before data collection begins.

Follows AI methodology suggestions
Treats AI-recommended methods as neutral best practice, without interrogating which epistemological tradition they come from or whose research contexts they were designed for.
Epistemic accountability
Methodology chapters that draw on AI-recommended frameworks without attribution embed intellectual debts that are never acknowledged. Which scholars developed the approaches being used, and are they named?
Questions specific method recommendations
Identifies when AI-recommended methods seem ill-suited to the research context, population, or question — but does not yet connect this to the colonial and epistemological conditions that produced those defaults.
Epistemic accountability
Begins to notice that the methodological literature AI surfaces over-represents particular contexts and traditions. Starts to supplement deliberately, but may not yet name the structural reasons for the gap.
Designs methodology against AI's defaults
Explicitly asks: what epistemological tradition does this AI-recommended method come from, and is it appropriate for this research? Draws on methodological frameworks from outside the defaults AI provides — including participatory, decolonial, and community-based approaches.
Epistemic accountability
Names the scholars who developed the methodological approaches being used, particularly where those scholars come from traditions AI sidelines. Methodological transparency includes an account of what AI recommended and why those recommendations were departed from.
Co-designs methodology with communities
Methodology is co-designed with research participants, communities, or collaborators rather than determined by the researcher alone. AI may be consulted but its suggestions are filtered through a collectively agreed epistemological framework.
Epistemic accountability
Methodological contributions from community collaborators are attributed in the methods section, not just the acknowledgments. Co-design is named as intellectual contribution, not just procedural participation.
3. Data & evidence
Gathering, generating, and appraising material

AI's training hierarchies directly affect what gets surfaced and what gets buried. At this phase, algorithmic coloniality is most materially consequential — shaping whose experiences, voices, and data are treated as valid evidence.

Accepts AI-mediated data as representative
Treats AI-generated, AI-retrieved, or AI-summarised data as representative of the phenomenon being studied, without interrogating whose experiences and knowledge are encoded in the training data.
Epistemic accountability
Data generated or retrieved through AI carries the citational exclusions of its training data. Whose voices, experiences, and knowledge are structurally absent from what AI can find or generate — and how does that shape what the research can claim?
Supplements AI data with additional sources
Recognises that AI-mediated data has gaps and actively supplements, but frames the gaps as practical limitations rather than expressions of algorithmic coloniality.
Epistemic accountability
Supplementary sources are added but their origins may not be named or their structural exclusion from AI outputs explained. The gap between AI data and supplementary data is a citational and political gap, not just an empirical one.
Interrogates what AI cannot see
Treats AI's data limitations as evidence of algorithmic coloniality in action, not as a technical problem. Asks systematically: what kinds of evidence, experience, and knowledge are structurally excluded from what AI can retrieve or generate, and why?
Epistemic accountability
The sources AI cannot see are named and sought out. Evidence from community archives, oral traditions, unpublished reports, and non-English sources is actively included and attributed. The process of retrieval is documented in the methods.
Generates data with communities, not about them
Data is generated through relational and participatory processes in which communities are co-producers of evidence rather than subjects of AI-mediated analysis. AI tools are used, if at all, within a framework agreed with research partners.
Epistemic accountability
Community-generated evidence is attributed to its sources. Participants and partners who shape data collection and interpretation are named in the research — not anonymised by default, but with agency over how their contributions appear in the final work.
4. Analysis & interpretation
Making sense of what has been found

AI analysis flattens complexity and forecloses interpretive possibilities. The conceptual moves that distinguish critical from descriptive research are most at risk here — as AI tends toward synthesis, consensus, and the resolution of tension.

Accepts AI interpretive frames
Uses AI-generated summaries, thematic analyses, and interpretive framings as the basis for findings, without interrogating the epistemological assumptions that structure them.
Epistemic accountability
Interpretive frameworks absorbed from AI without interrogation carry unattributed intellectual debts. Which theoretical traditions are shaping the analysis — and are their originators named?
Checks AI analysis against own reading
Uses AI analysis as a first pass but checks key interpretations against primary material. Identifies when AI over-simplifies or resolves tensions the researcher considers important — but without a structural account of why AI does this.
Epistemic accountability
Begins to notice that AI analysis tends to foreground certain theoretical traditions and background others. May add citations from excluded traditions but does not yet name why they were excluded from AI outputs.
Refuses AI's interpretive foreclosures
Treats AI's tendency to synthesise and resolve as an epistemological problem, not a feature. Uses AI analysis as a diagnostic of what dominant frameworks would say, then deliberately works against those framings using theoretical resources AI sidelines.
Epistemic accountability
The theoretical frameworks driving the analysis are named and traced — including frameworks from traditions AI sidelines. Interpretive choices are documented and their intellectual origins acknowledged, including where those origins are conversations and collaborations rather than published texts.
Interprets collectively and relationally
Analysis is developed through dialogue — with co-researchers, community partners, and interlocutors — rather than produced by the researcher alone with AI assistance. AI may contribute but does not determine the interpretive frame.
Epistemic accountability
Interpretive contributions from collaborators are attributed in the analysis section, not just in acknowledgments. The collectively produced character of the analysis is made visible — including the names and perspectives of those who shaped how the data was read.
5. Writing & synthesis
Producing the scholarly text

Citational erasure is most invisible at this phase. AI-assisted writing absorbs ideas, framings, and formulations without tracing them to their origins — and researchers may not notice because the output reads as their own.

Uses AI-generated text directly
Incorporates AI-drafted sections into the manuscript with minimal modification, accepting the epistemological framing, conceptual vocabulary, and citational choices embedded in the output.
Epistemic accountability
AI-generated text carries absorbed intellectual debts that are invisible in the output. The ideas, formulations, and framings in AI writing originated somewhere — in scholarship, in discourse, in communities — and those origins are erased by default. This is the deepest citational risk in AI-assisted research.
Edits AI drafts; adds own voice
Uses AI drafts as scaffolding but revises substantially, adding citations, correcting framing, and introducing theoretical moves AI did not make. The epistemological defaults in AI drafts are partially but not systematically interrogated.
Epistemic accountability
Adding citations to an AI draft is not the same as tracing the intellectual genealogy of the ideas in the text. The question is not only whether references are accurate but whether the scholars whose thinking shaped the argument — directly or indirectly — are named.
Writes against AI's framings
Uses AI drafts as a foil: a representation of what the dominant epistemological position would say, against which the researcher's own critical contribution is defined. AI may assist with structure or clarity but does not determine the conceptual moves.
Epistemic accountability
Makes the politics of citation explicit in the text, following Ahmed (2017): naming whose work has shaped the argument, including works that would not appear in a standard literature review, and acknowledging intellectual debts to collaborators and interlocutors who are not formal co-authors.
Writes with others; collective voice
The manuscript is produced through collective writing processes that make the relational character of the work visible — co-authored with communities, collaborators, and interlocutors, with AI as one tool among many rather than a ghostwriter.
Epistemic accountability
The text names all those whose intellectual contributions shaped it — whether or not they are listed as authors. Acknowledges ideas that emerged in conversation, community engagement, or collaborative processes that predate the formal research. The acknowledgments section does substantive intellectual work, not just courtesy.
6. Publication & dissemination
Sharing findings and building knowledge

The phase where structural change is most possible and most resisted. Publishing choices — venue, format, access, co-authorship conventions — are themselves political acts that reproduce or challenge the knowledge hierarchies AI encodes.

Publishes within existing norms
Targets high-impact journals, follows conventional authorship and citation practices, uses AI-assisted writing to meet volume and speed demands without questioning the structural conditions those demands reproduce.
Epistemic accountability
Publishing in high-impact, subscription-access venues while using AI-generated text that absorbs without crediting scholarship from the Global South enacts a double extraction: taking knowledge and returning it inaccessibly, with origins erased.
Questions specific publication norms
Aware that publication conventions — impact factors, language requirements, authorship rules — reproduce inequalities, but navigates them pragmatically rather than challenging them structurally.
Epistemic accountability
May choose open-access venues or add supplementary attribution notes, but does not yet connect these choices to a structural account of how publishing conventions reproduce the same hierarchies as AI's training data.
Makes publishing choices politically
Treats publication venue, access model, co-authorship conventions, and dissemination format as political decisions — not just career calculations. Uses Hosseini's (2026) model of publishing findings that encourage replication and community engagement rather than gatekeeping.
Epistemic accountability
Names the intellectual genealogy of the work in the published text — not just in the reference list but in the body of the argument. Advocates within disciplinary and journal contexts for citational norms that recognise non-Western, non-English, and community-based scholarship. Documents and publishes the citational politics of the research itself.
Disseminates with communities, not to them
Findings are shared with and through the communities whose knowledge and experience informed the research — before, not after, academic publication where possible. Dissemination is designed as part of the research, not an afterthought. Multiple formats, languages, and venues are used to reach the communities the work is accountable to.
Epistemic accountability
Publications credit all intellectual contributions — including those of community partners and interlocutors — in formats those contributors can access and share. The goal is not only to acknowledge intellectual debt but to return knowledge to its sources in forms that are useful, accessible, and accountable. This is the fullest enactment of epistemic accountability — pluriversal, relational, and structurally honest about the conditions of knowledge production.
The lifecycle view maps positions available at each phase — not a required sequence. Researchers will occupy different positions at different phases, and movement is non-linear. The epistemic accountability dimension (gold) is present throughout but intensifies toward publication, where structural inequalities in knowledge recognition are most consequential and most addressable.
Theoretical grounding — lifecycle view
Research lifecycle framing: Mohamed et al. (2020) — algorithmic coloniality across research practice; Maalsen (2023) — algorithmic epistemologies in geographic and social research  ·  Epistemic accountability: Ahmed, S. (2017) — citational politics and naming intellectual genealogies; Singapore Statement on Research Integrity (2010) — transparency about conditions and limitations of knowledge production; Fricker (2007) — hermeneutical injustice as structural absence of vocabulary to name epistemic harm; UK Research Integrity Office guidance on AI use in research (2024) — disclosure of AI role as a dimension of methodological honesty  ·  Relational knowledge production: Camacho Felix (2025) — decolonial imaginations; Tuck & Yang (2012) — decolonization as structural and collective; Hosseini (2026) — reflexive positioning and centering of lived expertise in research
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Educational technologies, generative AI Dustin Hosseini Educational technologies, generative AI Dustin Hosseini

Using generative AI for everyday writing

As part of my role, I’m experimenting with generative AI as part of my role within the Learning Innovation Support Unit at the University of Glasgow.

In the short post, I look at using generative AI for everyday writing tasks from the perspective of anyone working in tertiary education. So, whether you work in a college in the US or UK sense or a university as an administrator, educator or research staff, this post applies to you.

Overview

I look at examples from Google Bard and chatGPT 3.5. Specifically, I look at using generative AI for:

  • turning draft notes into prose

  • writing a welcome message to new students, and tweaking messages

  • writing a message in a specific literary style

  • writing for specific audiences

  • drafting and redrafting

By using these examples, I try to show what two different generative AI tools can do. I also briefly discuss their limitations.

This post will help anyone in education other environments understand how to use generative AI for everyday writing tasks.

Turning meeting notes into prose

Sometimes you might need to write up notes taken into a meeting into a prose, something that is coherent and to be read by others. Generative AI can help with this. Here are two examples that I used using the following prompt:

I have some draft notes from a meeting. Can you turn this into prose?

Reflections: defining vs storytelling?

As you’ll see from the drop-down boxes below, my original notes are transformed in different ways by Google Bard and chatGPT 3.5, respectively. My original notes were a set of bullet-pointed items, as I was taking these in the moment while in a meeting with two other colleagues. I wanted to jot down basic information quicky. These notes might come in handy later, for example when I need to put together a report.

Interestingly, Google Bard keeps the bullet points and expanded them with some prose by perhaps defining each area or student population. The focus here seems to be on defining what the student groups are. The response is short. However, Google Bard also did create two other drafts. You can see a screenshot of a second draft below.

chatGPT, however, creates paragraphs that seem to create a story or argument. The emphasis is less on defining who the student groups are and more on storytelling what they might bring to the course in question.

This contrast is important to consider because writing for your audience matters. Understanding who your audience is will make a difference in the kind of response you want or need to create.

chatGPT & Google Bard in action

Below are two gif animations of the prompts I used and the responses from Google Bard and chatGPT, respectively. As you can see, chatGPT creates one response. You can then write follow-up prompts to hone the response(s) that you want. Google Bard will provide 3 drafts (at least) and you can choose from these and/or write follow-up prompts for further drafts.

NB: Clicking on an image will enlarge it.


Drafting a welcome message to new students

Generative AI can also be helpful in creating templates that you can modify to your needs. One example is creating a welcome message to new students and/or staff. You may already have one. However, it’s always good to refresh these as time goes on.

For these, examples, you can see the results yourself from Google Bard and chatGPT 3.5, respectively or see the images below.

Here’s the prompt I used in both genAI tools:

I'm a program administrator. I'd like to draft a short welcome message to new students. The tone should be professional and friendly. The message should be no more than 2 paragraphs long.

Google Bard’s response

Interestingly, it ends with tips on writing. The response appears a little more personal than the one created by chatGPT.

chatGPT 3.5’s response

This reads somewhat similar to the response by Google Bard but it’s a lot shorter and to the point.

Testing the creativity of generative AI: using literary styles for welcome messages

I decided to test how Google Bard and chatGPT 3.5 might respond if I asked them to re-write the welcome messages to students in the style of Audre Lorde and Robert Burns. I used Google Bard for Audre Lorde, and chatGPT 3.5 for Robert Burns.

You can judge the results for yourself!


Drafting & redrafting tips for new students

Greeting new students, no matter their age or level, can be an opportunity to spark many things: interests, hope, enthusiasm, change, development and many others.

Let’s see what generative AI creates for the following prompt:

I teach first year undergraduate students. Create a list of 10 good tips for students new to a university. Keep the tone supportive and friendly.

As we can see below, the responses are quite similar. Depending on where you teach and work, you’ll want to modify some of the language. We can see that the language below is heavily geared towards locations where academics or lecturers are called ‘professors’ (looking at you, USA!).

Interestingly, Google Bard’s response puts emphasis on trying things out and embracing learning from failure, whereas chatGPT seems to avoid mentioning this at all while instead encouraging people to remain positive. Neoliberal much?

chatGPT 3.5’s response

  1. Stay Organized: Keep a planner or use digital tools to stay on top of assignments, deadlines, and class schedules. Being organized will reduce stress and help you manage your time effectively.

  2. Ask Questions: Don't hesitate to ask your professors, advisors, or fellow students for help or clarification. Everyone is here to support your learning journey, and questions are a vital part of the process.

  3. Engage in Class: Active participation in class discussions and activities can enhance your learning experience and build valuable connections with your peers and professors.

  4. Explore Resources: Universities offer a wealth of resources, from libraries to tutoring centers to counseling services. Take advantage of these resources to excel academically and personally.

  5. Balance Your Life: University life is about more than just studying. Make time for hobbies, socializing, and self-care. Finding a healthy balance is essential for your well-being.

  6. Make Connections: Building relationships with classmates can lead to lasting friendships and valuable study groups. Attend club meetings, events, and orientation sessions to meet new people.

  7. Stay Curious: University is an opportunity to explore new ideas and perspectives. Embrace the chance to broaden your horizons and approach subjects with an open mind.

  8. Seek Feedback: Don't be afraid to request feedback on your assignments or exams. Understanding where you can improve is a crucial part of your growth as a student.

  9. Stay Positive: University can be challenging, but remember that setbacks are part of the learning process. Stay positive, persevere through challenges, and celebrate your successes, no matter how small.

  10. Plan for the Future: While enjoying your first year, start thinking about your long-term goals and career aspirations. University is not only about education but also about preparing for your future.

Welcome to the university journey! We're excited to have you here, and we're confident that you'll thrive with these tips in mind. Remember, you're not alone in this adventure, and there's a whole community here to support you.

Google Bard’s response

  1. Get organized. This means creating a study schedule, finding a good place to study, and keeping track of your assignments and deadlines. There are many resources available to help you get organized, such as your university's academic advising center or student success center.

  2. Don't be afraid to ask for help. If you're struggling in a class, talk to your professor or teaching assistant. They can provide you with extra help and support. You can also join a study group or talk to a tutor.

  3. Get involved in extracurricular activities. This is a great way to meet new people, learn new skills, and have fun. There are many different clubs and organizations to choose from, so you're sure to find something that interests you.

  4. Take care of yourself. This means getting enough sleep, eating healthy foods, and exercising regularly. It also means taking breaks from studying and socializing with friends. Taking care of yourself will help you stay focused and motivated.

  5. Don't be afraid to make mistakes. Everyone makes mistakes, especially when they're first starting out. The important thing is to learn from your mistakes and move on.

  6. Celebrate your successes. No matter how small they may seem, it's important to celebrate your successes. This will help you stay motivated and keep moving forward.

  7. Find a mentor. A mentor is someone who can provide you with guidance and support. They can be a professor, a teaching assistant, an older student, or someone in your field of study.

  8. Use your university's resources. Your university has many resources available to help you succeed, such as the library, the writing center, and the career counseling center. Take advantage of these resources!

  9. Don't be afraid to try new things. University is a time to explore your interests and try new things. Take classes outside of your major, try out for a sports team, or join a club that you're interested in.

  10. Have fun! University is a time to learn and grow, but it's also a time to have fun. Make memories with your friends, go to sporting events and concerts, and explore your new city.

Additional tips:

  • Be proactive in your learning. Don't wait until the night before an exam to start studying. Start early and give yourself plenty of time to prepare.

  • Don't be afraid to speak up in class. Ask questions and participate in discussions. The more involved you are, the more you will learn.

  • Take advantage of your professors' office hours. If you're struggling in a class, don't be afraid to go to your professor's office hours for help. They are there to help you succeed.

  • Don't be afraid to fail. Everyone fails at some point in their lives. The important thing is to learn from your failures and keep moving forward.

I hope these tips are helpful! Welcome to university!

Diving deeper into making connections

I think making and sustaining connections in education is very important for success. It helps to have people to bounce ideas off, to get alternative perspectives and takes on the same or similar readings. So, I wanted to see what chatGPT 3.5 would respond to expanding on point 6 ‘Make connections’. I asked ‘Can you expand upon point 6'?’ and here is what it responded with:

Certainly! Point 6, "Make Connections," is not just about meeting people but also about creating a network that can enhance your university experience and future opportunities. Here's an expanded version of this tip:

6. Make Connections: Build Your University Network

One of the most enriching aspects of university life is the chance to connect with a diverse group of people. These connections can shape your academic experience, personal growth, and even your future career. Here's how to make the most of this opportunity:

a. Attend Campus Events: Universities often host a wide range of events, from club meetings to guest lectures and cultural festivals. Attend these gatherings to meet fellow students who share your interests and passions. It's a great way to find like-minded friends and explore your hobbies.

b. Join Clubs and Organizations: Most universities have numerous clubs and student organizations that cater to a variety of interests. Whether you're into sports, arts, social activism, or academic pursuits, there's likely a group for you. Joining clubs not only helps you make friends but also provides opportunities for leadership and personal development.

c. Participate in Orientation: Many universities organize orientation programs for new students. These events are designed to help you get to know your campus, fellow students, and university resources. Take advantage of them to start building connections from day one.

d. Study Groups: Collaborative learning can be incredibly effective. Forming or joining study groups can help you better understand complex subjects, share knowledge, and develop lasting friendships with your peers.

e. Network with Professors: Your professors are valuable resources for both academic and career advice. Attend office hours to discuss your coursework, seek guidance on research projects, and build professional relationships that can provide references or mentorship.

f. Connect Virtually: In the digital age, online platforms and social media are powerful tools for staying connected with classmates, professors, and alumni. LinkedIn, for instance, is a great platform for building your professional network.

g. Be Inclusive: University is a place of diversity, and it's an opportunity to interact with people from various backgrounds and cultures. Embrace inclusivity, be open to different perspectives, and learn from the richness of this diversity.

Remember, the connections you make in university can extend far beyond your time on campus. These relationships can lead to lifelong friendships, career opportunities, and a broader understanding of the world. So, take the initiative, be open to new experiences, and enjoy the journey of building your university network.

Reflections: pushing generative AI

When I asked chatGPT 3.5 to give examples of apps where students could connect virtually, the responses were overwhelmingly biased towards Anglo-American/Eurocentric apps such as

  • Zoom

  • Microsoft Teams

  • Slack

  • Discord

  • TikTok

  • Snapchat

I had to specifically ask about common social media apps that non-English speakers might use, and chatGPT finally spilled the beans by suggesting:

  • WeChat - an all-in-one messaging app widely used in China

  • Line - a messaging app with a strong presence in Asia. It offers stickers, games, and a variety of features in addition to messaging.

  • VK (VKontakte) - a Russian-language social media platform similar to Facebook. It offers features for connecting with friends, sharing media, and joining communities. It’s popular in Russian speaking areas.

I wanted to push it a bit as I know that tools like Google Bard and chatGPT will reproduce cultural biases and norms through the suggestions that they create. Omissions are almost always there, so further questioning can help to get more clarity out of generative AI tools.

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Generative AI: a problematic illustration of the intersections of racialized gender, race, ethnicity

NB: this post is a draft and subject to change; it forms a pre-print (an author’s original manuscript) I have authored.

Learning, teaching and technology have often been a big part of my career - since way back to the mid/late-2000s! Now in 2023, talk of artificial intelligence and education is omnipresent, and it's here to stay. Machine learning allows AI tools to become more intelligent by drawing on datasets to develop expertise over time. However, AI tools rely upon raw data created by humans; these datasets, in turn, reflect the biases of those who have gathered the evidence, which will be racial, economic and gendered in nature (Benjamin, 2019, p. 59).

Several researchers (Noble, 2018; Benjamin, 2019; Mohamed et al., 2020; Zembylas, 2023) are looking into the underpinning reasons that enable AI to skew results and create representations that overlook and erase others while focusing on specific, dominant groups. Specifically, the way that the human-created algorithms informing AI and generative AI tools portray racialized, gendered people is especially problematic. To understand why problematic representations of people are created, it is worth looking at the ideas of intersectionality (Crenshaw, 1991; hooks, b, 2015; Hill Collins, 2019). I draw on bell hooks and Patricia Hill Collins’s works here and recommend the reader acquaint themselves with Kimberlé Crenshaw’s work. 

I write this post from my position as a part-time doctoral student, educator and higher education worker at a Scottish university in the UK. I write it as someone who’s interested in and curious about technology and as someone who teaches, develops, coaches. mentors educators (lecturers) how to teach and augment their teaching practices. However, I also write it from the perspective of a US migrant and dual national who has lived/worked in China, Russia, Kazakhstan and the UK. I note these as they inform my positionality when writing this post as I am interested in the interplay of education, culture, media representation, critical pedagogy and decolonial thinking as some of the ideas underpinning these areas inform some of my personal and professional values.

As a colleague of mine wrote "As per the Russell Group principles, I strongly believe it’s my job as an individual educator and our job as a sector to guide students how to use AI appropriately." I take their words and apply them to my own context: I believe it is my job as an educator to guide students and university staff in understanding and using AI appropriately.

For educators, this will give you an insight into some of the affordances of generative AI tools for creating images while exposing you to some of the opportunities and serious problems of using, for example, DALL-E, to create images. This post should give you ideas for developing your own practice with your students and your colleagues, no matter their experience as educators.

Thank you to colleagues and friends who have helped expand my thinking when writing this post.

Introduction

Using generative artificial intelligence (AI) tools can be exciting, confounding, scary and confusing. This was my experience and observation upon showing an academic colleague how a generative AI tool like ChatGPT can work by taking text prompts that are then create text-based content. Although text content creation tools have been at the forefront of everyone's mind since at least mid-2022, there are other generative AI tools that exist and merit attention. At the time of this writing, I can see common generative AI tools being categorized into three or four major types:

  • text to text (e.g. ChatGPT, Google Bard, Cohere.ai)

  • text to image (e.g. DALL-E, Midjourney, Stable Diffusion)

  • text to media, such as audio or video 

  • and text-to-code, for coding and programming purposes

In this post, I focus on text-to-image generative AI through example prompts that I created.  I analyze what it produced to demonstrate that educators must experiment with generative AI tools to understand and critique the tools and what they produce. In doing so, we can begin to understand how and why such tools create the content that they do. I use intersectionality as a heuristic (Hill Collins, 2019) to analyze the AI-generated avatars by looking at how these represent socially constructed identities in terms of racialized gender, race, ethnicity and nationality. Humans create algorithms and algorithms, in turn, create representations based upon human-created algorithms.  

Specifically, we can deepen our understanding the reasons that generative AI tools (and other technologies) create questionable content that might, at the very least, underpinned by stereotypes representing an intersection of racism, misogyny, classism and/or xenophobia. 

Finally, we must recognize that, for the moment, there is no concrete solution that a lay academic or layperson can implement to achieve this without a collective, concerted effort that includes a range of groups focused on shining light on the issues, changing hearts, minds and code and imaging ways forward to an equitable, inclusive world. Decolonial thinking can offer some imaginations to counter the coloniality of AI. 

I first provide the context by laying out four (4) example prompts that I created an entered into DALL-E. I briefly touch on the prompts I created before moving on to analyze the results of each of the prompts. I provide a basic critique of the subsequently created representations by looking at the atmosphere, decor, clothing, facial expressions, ethnicity, or race. 

For clarity, I use definitions of race and ethnicity offered by Fitzgerald (2020, p. 12) that sees race as referring to a ‘group of people that share some socially defined characteristics, for instance, skin color, hair texture, or facial features’ while ethnicity encompasses the ‘culture, nationality, ancestry and/or language’ shared by a group of people irrespective of their physical appearance (ibid). Grosfoguel offers another take on race informed by decolonial thinking: race is what he terms ‘a dividing line that cuts across multiple power relations such as class, sexual and gender at a global scale (2016, p. 11). In this case, race and subsequent racism are institutional and structural in nature in that the concept of race creates hierarchies of power and domination which are compounded by gender, sex, class and other factors. 

While the concepts of race and ethnicity are social constructs and neither are mutually exclusive, I use these definitions to frame my analysis.

I highlight what is represented, and why the representations might appear this way and leave you, the reader, with critical questions to consider as you and your prospective students/learners explore the usage of generative AI for creating images from text. I then offer some possible solutions drawing on decolonial thinking. 

NB: some readers will find the results disturbing, upsetting and potentially angering. 

Sweet old grannies

Generative AI allows us to experiment with ideas to then create representations of those ideas, whether these are text, images or other media. In these short cases, I asked DALL-E to create illustrations of sweet old grannies making pancakes. As a reminder, DALL-E is one of three major text-to-image generative AI tools, and there are many others out there. 

This was an impromptu idea that came up for a few reasons. In my current role, there is much discussion on the issues of generative AI and how to prepare students and educators. I also like pancakes and I have some fond memories of one of my grandmothers who would visit regularly when I was younger. I also worked and lived in Russia for a while where both pancakes and grandmothers are a big part of the culture. Pancakes are big around Maslenitsa or Carnival as it is known in other countries that celebrate the Western Christian version of the event, while grandmothers are a major cultural symbol, source of unpaid family work (Utrata, 2008) and symbol of stoicism that represents an intersection of age, gender and class (Shadrina, 2022). I also thought it would be playful and also allow me to see how DALL-E, a tool created by humans who programmed algorithms, would represent humans.

For transparency, I acknowledge that I am using gendered, ageist and even stereotypical language, especially in terms of describing 'a sweet, old X grandmother'. I am also aware that I am focused on a particular type of social/familial role, a grandmother. Not all old(er) women are grandmothers and not all grandmothers are old! As Benjamin (2019, pp. 102 drawing on Blay, 2011) asserts, qualifying words - those adjectival words used to describe 'opinion, size, age, shape, colour, origin, material, purpose' (Dowling, 2016) often encode gender; race, racism and racialization; and the humanity of individuals and groups of individuals (see Wynter, 2003).

Initial prompts

I used a prompt and only changed the adjectival qualifier describing the national origin of the imaginary character or avatar: "Create an image of a sweet, old X grandmother making pancakes". I tried out these prompts over a period of two weeks in July 2023. The queries I created are these:

  • "Create an image of a sweet, old Polish grandmother making pancakes" 

  • "Create an image of a sweet, old Russian grandmother making pancakes" 

  • "Create an image of a sweet, old American grandmother making pancakes" 

  • "Create an image of a sweet, old Black American grandmother making pancakes"

I use specific terms to get the generative AI tool DALL-E to generate specific results to allow me to see what the AI tool produces so that I can then analyze the results. This, in turn, offers evidence and clues to understanding how human-created algorithms create the outputs that they do within generative AI tools. 

In each case, DALL-E created four (4) individual representations of each character or avatar to illustrate the prompt I had created; in total, there are 16 images which you can see below with a caveat. Generative AI does not currently do well with the finer details of humans such as facial expressions, eyes, and hands. While I won't focus on hands and eyes specifically, facial expressions and ethnicity will be important later. 

Representations of Polish and Russian grandmothers

At first glance, to the untrained eye and perhaps even to the untravelled eye, we might think nothing is amiss. There are four different images created that seemingly portray what is meant to be a sweet old Polish grandmother who is making pancakes, and another four representing Russian counterparts. Generative AI does not currently do well with the finer details of humans such as facial expressions, eyes, and hands. While I won't focus on hands and eyes specifically, facial expressions will be important later. 

Images of sweet old, Russian grannies making pancakes by DALL-E

Images of sweet old, Polish grannies making pancakes by DALL-E - representations created by DALL-E for the prompt on Polish grandmothers

Images of sweet old, Russian grannies making pancakes by DALL-E - representations created by DALL-E for the prompt on Russian grandmothers

Atmosphere, decor, clothing

As we can see, each image illustrates a sweet, old Polish grandmother who appears to be in an almost gloomy environment. The lighting isn't bright but rather dark and almost shadowy. The representations of their Russian counterparts are very similar in many ways: the atmosphere is dark, perhaps gloomy. We can see what looks like wooden utensils being used and in some of the windows, we can see stereotypical lattice-type window net curtains.

Such portrayals could indicate a lack of modern lighting and/or electricity. The light also indicates the time of day, which could be an early morning golden hour, when they might rise to make an early morning breakfast. This does offer a stereotyped, ageist view of the women represented, however, by generalizing that all might rise at a very early hour to make pancakes.

If we look at the clothing, we see that each avatar is wearing clothing that is stereotypical of elderly Polish and Russian women: patterns that are floral in nature while headscarves. Some women do occasionally wear headscarves when attending church. However, these women are depicted in the home. However, we don't really get any indication of their hair or hairstyles, or whether these are things they might worry about simply because the representations cover or hide this particular aspect of all of these women.

In each case, it seems that perhaps these avatar-grandmothers are living in a different time based on the depictions of the atmosphere and technologies they are using. This doesn't mean that some do not live this way, however, it is problematic as certainly not all might live this way depending upon their means, wealth and family ties. 

Expressions and ethnicity

The expressions of the Polish and Russian grandmothers are problematic for a few reasons. If we look at each of the women, most of them appear to be looking either down or away with only one of each looking ahead at the imaginary camera. The images as a collective might be seen to represent a sort of melancholic and depressing environment.

The women are either expressionless or perhaps seemingly unhappy in the eyes of someone from the US or UK apart from one of the Polish avatars. While there may be socio-historic rationales for portraying the women in such a way (e.g., World War I and World War II, followed by the Cold War) these images are explicitly problematic as they represent stereotyped, gendered and xenophobic representations of elderly Polish and Russian women.

In terms of ethnicity, for both the images representing these groups, all of the women are White or appear to be White. Poland, according to some statistics is 98% Polish so perhaps the representations are close to portraying the norm. On the other hand, Russia is more complex with its 193 ethnic groups yet the images portray a high level of homogeneity.

Ethnic Russians make up 77-81% of Russia's population of 147 million, along with Tatars, Ukrainians, Baskhirs, Chuvashs, Chechens and Armenians being other major ethnic groups of over a million (see https://en.wikipedia.org/wiki/Demographics_of_Russia#Ethnic_groups and https://minorityrights.org/country/russian-federation/ for a breakdown; there are other Russian-language sites that you can check as well). My point is here that Russia is a diverse nation of peoples of ethnic backgrounds and mixes including those of Slavic, Turkic, Caucasian, Mongolian peoples, indigenous and Korean ancestry. However, the images created by DALL-E portray avatars that represent only those who appear Slavic and/or European (i.e. White). There are no representations of other types of Russians who may be Turkic, indigenous, or Mongolian in origin.

However, this could be due to how algorithms encode the concept of a Russian person. Does 'Russian' mean a citizen of Russia, and therefore anyone who lives in Russia? If this is the case, then it is likely dominant views that inform datasets will skew any possible representations. On the other hand, does it mean those that see themselves as ethnically Russian? If this is the case, then perhaps it is valid to show only Slavic/European avatars. In either case, the representations are problematic as they highlight whatever the dominant 'norm' is while erasing Russia's historically rich diversity. Another perspective could be how a particular government might influence how the imaginations of its populace are portrayed, which may mean the prominence of a dominant group at the expense of an ethnic minority group. In Russia’s case, there are concerns surrounding ethnic separatism and how migrants are portrayed, especially of those from regions traditionally associated with Turkic and Asiatic peoples and those whose faith is Islam (Coalson, 2023). However, such concerns are not reasons for erasing different representations and portrayals of peoples of different ethnicities. 

Representations of grandmothers from the US

As a reminder, I used the following prompt: "Create an image of a sweet, old American grandmother making pancakes". I acknowledge that using ‘American’ can be problematic. It can refer to people of the United States, or if you live in Latin America, American can refer to anyone from the Americas, not just people who live in the United States of America. 

In addition to the term ‘American’ being problematic, this prompt quickly revealed more serious issues that I will touch upon. 

Representations created by DALL-E for the prompt on American grandmothers

Atmosphere, decor, clothing

The images of American grandmothers offer a stark contrast in many ways when compared with the representation of Polish and Russian grandmothers. The DALL-E produced illustrations appear to show these women, for the most part, in a different light. 

While the first two women in the top row appear to be in the home, their homes appear to be more modern in some respects. They all appear to be using what appear to be metallic utensils as opposed to wooden ones. The lighting in the bottom two images is much brighter with almost an appearance of a representation of a cooking show as indicated by the lighter-colored walls. The atmosphere appears a lot less cluttered and lighter in many respects. This lack of clutter and more light might indicate, at the very least, modern homes that are efficient. 

Then there are the hairstyles. These are, admittedly, something that I hadn't picked up on as it wasn't something that I am fully literate about until a friend prompted me. As that friend noted, the hair of these women tells another side of the story related to class. What does the hair say to you? How do each of their hairstyles represent their own lives? What does each style say about their socio-economic background?

The clothing also offers clues to how these avatar-representations live. Their clothes appear more modern, perhaps more expensive than their Polish and Russian counterparts. What does this say about the data that has informed the creation of these avatars? 

Expressions and race

If we look at the facial expressions, again while generative AI does not yet get the finer details right, something appears and feels more warm, perhaps more positive about the expressions of these avatar women. The first one appears thoughtful and focused on what she is doing with almost a sense of enjoyment. The second one appears content - at the very least - with what she is doing. The third and fourth images appear to represent a wholly positive image of two different women engaging in cooking as indicated by slight smiles whether looking down (image 3) or looking straight ahead (image 4).

However, there is a significant problem with these representations which is indicated by the perceived race of the sweet, old, American grandmothers: each avatar represents a White woman. This is particularly problematic as the US has a population of over 330 million with nearly 80 million (nearly 1 in 4 people) who comprise non-White people. The question here then is why has the generative AI tool created only White faces to represent the qualifier ‘American’ when 1 in 4 people in the US fall under the broad categories of Black, Asian, Indigenous and others? Why is the US portrayed as, at least according to these AI-generated images, representing only one part of its population? 

Data gathered from https://www.census.gov/

Representations of grandmothers from the US racialized as Black

Representations created by DALL-E for the prompt on Black American grandmothers

Atmosphere, decor, clothing 

If we consider the representations generated by DALL-E below, we see deeply problematic underlying issues that represent an intersection of race, gender and class in the portrayals of imagined sweet, old Black American women. 

The atmosphere in each avatar appears generally warm and inviting, reflecting the representations of sweet, old, ‘American’ grandmothers. There is a certain simplicity and modernness to the environment. Two avatars appear in a home kitchen (the bottom two) as indicated by kitchen cabinets/cupboards and a nearby window. The top-left image appears perhaps in a larger, commercial kitchen or perhaps a kitchen in the home, and the second (top-right) appears perhaps in a TV studio as indicated by the lighting and focus. 

One colleague, Dr Ruby Zelzer, notes something that I had missed:

… something struck me about how utilitarian the kitchens were, the kitchen tiles in 3 of the 4 pictures, and also that the type of tiles were very basic in appearance. How none of the other images had these tiles (to my eye).

However, the images appear to say something about the roles of these avatar women. Three of the images appear to represent the avatars as cooks or chefs, as indicated by what appear to be chefs' hats and their attire in general. The avatar in a pink apron and white outfit (top-right) appears to be in an ambiguous situation in part due to the lighting and the red nose: are they in a TV studio or in a circus? I will discuss this later as the representation harks back to minstrelsy and blackface. 

In addition, two of the avatar women are wearing what look like cleaner gloves. The avatar portraying yellow gloves is also problematic as the gloves appear slightly worn and tattered. This can be seen to place someone, or here an older Black American woman, in a lower socio-economic position. 

In 3 out of the 4 images (all bar the lower-left image), the avatars representing Black American grandmothers are situated in positions of service through the attire that they are portrayed to be wearing. In fact, only the avatar in a blue shirt and pink apron appears to be in a position that seemingly isn’t attributable to a service role. In contrast, the White representations of American women don’t appear to be in positions of service as indicated by their clothing. I now turn to discuss the problems that nearly all of these images is (re)producing.  

Expressions and race

All the women appear to be smiling or enjoying what they are doing. At first, this may seem like a good thing. However, the expressions of the top-left and bottom-right avatars are highly problematic for a few historic reasons rooted in racist, gendered and classist portrayals of Black American women. In addition, the larger bodies of three of the other avatars also reflect how Black American women have historically been portrayed within the United States and beyond. In contrast, the avatars representing White American women are constructed with what appear to be more delicate and smaller features, something that several researchers (Bowdre, 2006; Downing, 2007; Thompson Moore, 2021) argue has frequently been attributed to representations of White women. 

The origins of stereotyped representations of Black American women lie, in part, in minstrelsy in the 1800s (Bowdre, 2006; Downing, 2007; Thompson Moore, 2021). In minstrel shows, White men portrayed Black Americans by blackening their faces using burnt cork while exaggerating other facial features, such as the lips, by using 'red or white paint' (Bowdre, 2006, p. 37). The avatars representing Black American women are illustrative of how Black women were constructed in minstrel shows through the caricature of the wench (Thompson Moore, 2021, p. 318). White men performed the wench character representing Black women through cross-dressing and drag performances (ibid). Other characters would go further by dressing in 'brighter, more flamboyant dress' and their faces would be further exaggerated by makeup, creating 'larger eyes and gaping mouths with huge lips' (ibid). As Bowdre (2006) asserts, minstrelsy has aided stereotypes around people racialized as Black and continues to inform media representations of Black American men and women in the present day. 

Another representation is that of Black American women as a ‘mammy,’ or a good-natured, submissive and motherly figure who would provide care for White families. Taken together, an excerpt from King (2019, p. 13) explains why such representations are deeply problematic: 

“Aunt Jemima,” a well-known trope that (mis)represents/distorts Black/African womanhood in the USA, is a fictional historic advertising icon that reinforces the national stereotype of the slave plantation “mammy.” In the late 19th century, this image of a smiling, usually corpulent dark-skinned Black woman wearing a red bandana became the trademark logo for a technological innovation: ready-mixed pancake flour. Commercial advertisements that invented this denigrating image of Black womanhood expressed the white imagination, which was then reified in film, fiction, the fantasy world of plantation mythology, and consumer consciousness. This stereotype epitomises the dominance of hegemonic white memory and imagination in the material culture of American society (Wallace-Sanders 2008).

The images below depict what hooks (2015, pp. 65-66) would argue that such images portray Black women in a negative light through the construction of Black women having ‘excessive make-up,’ ‘wearing wigs and clothes that give the appearance of being overweight’ while simultaneously representing large ‘maternal figures’. bell hooks's message here is that historical depictions of Black American women portray them as fat/obese, older, asexual and unkempt, homogenizing this group while mocking them through the ‘wench’ and/or ‘mammy’ stereotypes, which both (re)produce demeaning representations of Black American women. 

Discussion

What we see here in each of the images represents what are what Benjamin describes as (2019, p. 59) ‘deeply ingrained cultural prejudices’ and ‘biases’ drawn from data that the generative AI tools use to create representations. 

While the imaginary representation of Black American women was reified in media and consumer consciousness, we can see that this portrayal resurfaces in the digital realm within the context of generative AI. What we see here then is one manifestation of ‘algorithmic coloniality’ (Mohamed et al., 2020; Zembylas, 2023). For those new to the concept of coloniality, this is a state of knowing and being that pervades knowledge and power relations that sees those formerly colonized and/or enslaved as regularly encountering inherent disadvantages in all aspects of life while former colonizers retain many advantages in all areas of life (Quijano and Ennis, 2000; Wynter, 2003; Ndlovu-Gatsheni, 2015). In simple terms, this means that accepted knowledges and ways of being represent those of the dominant members of society. 

In this case, the role of Silicon Valley, located in the United States, which is a hegemonic power and an extension of the former European colonial nations as one of her settler-colonies, is significant. This extends beyond the technological companies of Silicon Valley and elsewhere in the US to anywhere that readily accepts, uses and replicates their models. Those who follow the dominant modes of cultural, and technological production take part in the creation and perpetuation of algorithms which overvalue some humans (those racialized as White) while undervaluing and actively devaluing the humanity of other humans (those racialized as Black, Asian and others). 

Considering the #BlackLivesMatter movement and the daily injustices that people racialized as Black in the US (and elsewhere, even the UK for example) experience, it is particularly problematic that human-authored algorithms informing generative AI reflect dominant systems of knowing and being. It is, however, a testament to the existence of coloniality within AI and AI algorithms which (re)produce gendered, racist and xenophobic representations of racialized and minoritized peoples. 

Although there is some hope for everyone to influence the datasets that inform algorithms, which in turn might allow for some change, this will not be easy: collaboration will be key and conscientization of everyone on the issues will be as well to address and rectify the issues of problematic algorithms, which are just one tool in a greater system. 

Some specific solutions can help by drawing on decolonial thinking that can develop and deepen the understanding of students and educators. This can start with understanding where sites of coloniality replicate harmful generative AI algorithms. Drawing on Mohamed et al. (2020, p. 8)this might include understanding and identifying such sites, which might include where and how algorithms are made and function, who is involved in beta-testing and testing generally, and what local and national policies can be developed. This also includes specifically developing algorithmic literacy as part of digital literacy initiatives (Zembylas, 2023)

Key questions for students/educators

  • Why do the avatars represent these particular groups in the way that they do?

  • What, if anything, do the representations get right? 

  • What, if anything, do the illustrations get wrong? 

    • How are the representations problematic? 

    • Where representations are problematic...

      • What message does this send to someone without knowledge of the context?

      • What message does this create about the people/cultures/objects portrayed in the images? 

      • What can you do to ensure generative AI creates, if it is possible, more accurate and equitable representations of peoples/cultures/objects?

References

Benjamin, R. (2019). Race After Technology: Abolitionist Tools for the New Jim Code. Polity Press. 

Bowdre, K. M.  (2006). Racial mythologies: African American female images and *representation from minstrelsy to the studio era. [Doctoral dissertation/thesis, University of Southern California]. 

Coalson, R.  (2023). Russia’s 2021 Census Results Raise Red Flags Among Experts And Ethnic-Minority Activists – RadioFreeEurope/RadioLiberty. Retrieved 2023-07-24 from https://www.rferl.org/a/russia-census-ethnic-minorities-undercounted/32256506.html

Crenshaw, K. (1991). Mapping the Margins: Intersectionality, Identity Politics, and Violence against Women of Color. Stanford Law Review, 43, No. 6, 1241-1299. https://doi.org/10.2307/1229039

Dowling, T.  (2016, Tuesday, 13 September). Order force: the old grammar rule we all obey without realising – The Guardian. Retrieved 2023-07-24 from https://www.theguardian.com/commentisfree/2016/sep/13/sentence-order-adjectives-rule-elements-of-eloquence-dictionary

Downing, C. (2007). “Interlocking oppressions of sisterhood: (re) presenting the black woman in nineteenth century blackface minstrelsy”. Senior Scholar Papers, Paper 539. https://digitalcommons.colby.edu/seniorscholars/539

Fitzgerald, K. J. (2020). Recognizing Race and Ethnicity: Power, Privilege and Inequality (Third ed.). Routledge. 

Grosfoguel, R. (2016). What is Racism. Journal of World-Systems Research, 22(1), 9-15. https://doi.org/10.5195/jwsr.2016.609

Hill Collins, P. (2019). Intersectionality as Critical Social Theory. Duke University Press. 

hooks, b. (2015). Ain’t I a Woman: Black Women and Feminism. Routledge. 

King, J. E. (2019). Staying Human: Forty Years of Black Studies Practical-Critical Activity in the Spirit of (Aunt) Jemima. International Journal of African Renaissance Studies - Multi-, Inter- and Transdisciplinarity, 14(2), 9-31. https://doi.org/10.1080/18186874.2019.1690399

Mohamed, S., Png, M.-T., & Isaac, W. (2020). Decolonial AI: Decolonial Theory as Sociotechnical Foresight in Artificial Intelligence. Philosophy & Technology, 33(4), 659-684. https://doi.org/10.1007/s13347-020-00405-8

Ndlovu-Gatsheni, S. J. (2015). Decoloniality as the Future of Africa. History Compass, 13(10), 485-496. https://doi.org/10.1111/hic3.12264

Noble, S. U. (2018). Algorithms of Oppression: How Search Engines Reinforce Racism. New York University Press. 

Quijano, A., & Ennis, M. (2000). Coloniality of Power, Eurocentrism, and Latin America. Nepantla: Views from South, 1(3), 533-580. 

Shadrina, A. (2022). Enacting the babushka: older Russian women ‘doing’ age, gender and class by accepting the role of a stoic carer. Ageing and Society, 1-18. https://doi.org/10.1017/s0144686x2200037x

Thompson Moore, K. (2021). The Wench: Black Women in the Antebellum Minstrel Show and Popular Culture. The Journal of American Culture, 44(4), 318-335. https://doi.org/10.1111/jacc.13299

Utrata, J. (2008). Babushki as Surrogate Wives: How Single Mothers and Grandmothers Negotiate the Division of Labor in Russia. UC Berkeley: Berkeley Program in Soviet and Post-Soviet Studies. https://escholarship.org/uc/item/3b18d2p8

Wallace-Sanders, K. (2008). Mammy: A century of race, gender, and southern memory. University of Michigan Press.

Wynter, S. (2003). Unsettling the Coloniality of Being/Power/Truth/Freedom: Towards the Human, After Man, Its Overrepresentation—An Argument. CR: The New Centennial Review, 3(3), 257-337. https://doi.org/10.2307/41949874

Zembylas, M. (2023). A decolonial approach to AI in higher education teaching and learning: strategies for undoing the ethics of digital neocolonialism. Learning, Media and Technology, 48(1), 25-37. https://doi.org/10.1080/17439884.2021.2010094

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