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Artificial Intelligence (AI) pedagogies resources

Artificial Intelligence (AI) pedagogies encompass critical considerations and practical approaches. The resources below include tools for teaching with AI, a self-paced course at York, resources including articles, free external courses, and recordings of critical conversations about AI in teaching and learning, as well as current research.

SHARE Framework © 2024 by Robin Sutherland-Harris is licensed under CC BY-NC-SA 4.0. To view a copy of this license, visit https://creativecommons.org/licenses/by-nc-sa/4.0/

The SHARE framework for scholarly co-writing with AI aims to integrate generative AI into the academic writing process. This approach is designed to help students and educators navigate the complexities of authorship, cognitive offloading, and the ethical use of AI in scholarly work. SHARE provides a step-by-step strategy for scholarly co-writing with AI, adaptable to various levels of AI involvement and different assessments. For more information about key concepts and scholarship that inform this framework, as well as a list of references, you can download this .pdf.

Following the creation of a draft text, either by the human author(s) alone or by having AI respond to a prompt or prompts, SHARE proposes a series of writing/editing stages that preserve human authorial integrity. Each stage can be conducted by the human author alone or in conversation with AI.

Objective: Remove redundancies, repetitions, and unnecessary words or phrases to make the text more concise and clear.

Application: Identify and eliminate any superfluous content that does not add value to the argument or narrative.

Objective: Identify and fill gaps in the content, such as missing scope, content, or counterarguments.

Application: Enhance the text by adding necessary information, expanding on key points, and addressing any overlooked aspects.

Objective: Revise the order of paragraphs and sections to ensure logical flow and coherence.

Application: Reorganize the text to improve the structure and ensure that the argumentation progresses naturally and effectively.

Objective: Fact-check and ensure the AI-generated content aligns with the author’s intentions and claims.

Application: Verify the accuracy of the information, correct any errors, and ensure that the content reflects the author’s perspective and objectives.

Objective: Remove redundancies, repetitions, and unnecessary words or phrases to make the text more concise and clear.

Application: Add relevant data, references, and citations to support the claims made in the text and enhance its scholarly value.

Flexibility: The framework can be adapted for individual or group work, short or long assignments, and varying levels of AI involvement.

Scaffolding: Steps can be integrated into multiple class sessions, focusing on different aspects of the framework, and various elements of academic writing, revising, and editing.

Critical Framework: SHARE can be used to critically analyze AI-generated texts, fostering deeper discussions about content and writing practices.

Quick Tips:

  • Start small: pilot just one stage in a low-stakes task.
  • Log everything: saving prompt transcripts makes Ratify easier and can help ease academic integrity concerns.
  • Rotate labor: alternate human-first and AI-first versions to show contrasts.
  • Leverage discipline-specific tools (e.g., CAD plug-ins, Zotero, chemical-structure generators) to embed SHARE naturally.

First-Year Writing “Micro-Draft Clinics”

First-year composition / gen‑ed writing • 100‑student lecture + tutorials • Blended • AI attitude: cautious but curious

SHARE StageConcrete ActivityPedagogical Pay-off
StreamlineTA live-demos ChatGPT trimming a student volunteer’s paragraph; everyone tests on one sentence of their own draft.Immediate model of concision without outsourcing whole text.
HeightenHomework: students prompt AI for missing counter-arguments or stronger transitions.Teaches rhetorical completeness.
ArrangeIn tutorial, peer pairs drag-and-drop paragraphs in Padlet to check logical flow.Visualizes structure; prevents AI-generated disorder.
RatifyStudents highlight two AI-suggested facts & post a source-check note in LMS.Builds fact-checking habits.
EvidenceLibrarian mini-workshop on Zotero; final draft must include AI-disclosure footnote.Normalizes transparent citation and AI use.

Biology Lab‑Report “Evidence Stations”

2nd‑year biology lab • 32‑seat in‑person lab • AI attitude: skeptical

SHARE StageConcrete ActivityPedagogical Pay‑off
StreamlineStation 1: AI suggests concise wording for Results.Shows editing without altering data integrity.
HeightenStation 2: prompt AI for overlooked controls or statistical qualifiers.Strengthens experimental rigour.
ArrangeStation 3: teams reorder Methods–Results–Discussion for narrative clarity.Reinforces scientific storytelling.
RatifyStation 4: benchmates cross‑check AI claims against raw data sheets.Embeds data‑first verification.
EvidenceFinal station auto‑imports verified citations (e.g., ISO enzyme standards).Ensures traceable, discipline‑specific referencing.

Business Capstone “Client Memo Sprint”

Final‑year consulting project • 6 groups of 5 • Hybrid • AI attitude: enthusiastic

SHARE StageConcrete ActivityPedagogical Pay‑off
StreamlineAI condenses memo draft into a one‑page executive summary.Mirrors real client expectations.
HeightenTeams prompt AI for missing cost‑benefit angles or stakeholder impacts.Broadens analytical scope.
ArrangeReorder content to match client template in Google Docs.Teaches professional formatting.
Ratify15‑min “hallucination hunt”: locate & correct at least one AI error.Instils critical AI literacy.
EvidenceEmbed spreadsheets & market data; memo ends with AI‑assistance disclosure.Demonstrates transparent, data‑driven recommendations.

Humanities Seminar “Dialogic Close‑Reading Essay”

Upper‑level literature • 12‑student seminar • Face‑to‑face • AI attitude: highly skeptical

SHARE StageConcrete ActivityPedagogical Pay‑off
StreamlineStudents present AI‑compressed vs. original paragraph; discuss nuance loss.Reveals when AI oversimplifies literary analysis.
HeightenManually add deeper textual evidence and secondary‑source dialogue.Centers human interpretation.
ArrangeInstructor‑guided exercise reorders body paragraphs into a thematic arc.Strengthens argumentative coherence.
RatifyQuote‑check each AI paraphrase against primary text; annotate discrepancies.Safeguards against misquotation.
EvidenceMLA citations plus brief AI‑usage note in end‑matter.Retains scholarly rigour and transparency.

Online Graduate Research‑Methods “Annotated Lit‑Review Pathway”

Master’s • 25‑student asynchronous online • AI attitude: mixed

SHARE StageConcrete ActivityPedagogical Pay‑off
StreamlineWeek 1: AI trims a bloated summary; students critique what was lost/gained.Develops precision and reflection.
HeightenWeek 2: prompt AI for missing theoretical lenses or under‑represented populations.Promotes inclusive scholarship.
ArrangeWeek 3: reorder sources in Miro to create thematic clusters.Visualises literature architecture.
RatifyWeek 4: peers verify two citations each, marking errors in Hypothes.is.Cultivates communal fact‑checking culture.
EvidenceWeek 5: Zotero builds bibliography; appendix uploads AI prompt log.Reinforces citation accuracy & AI disclosure.

These use-cases were created with the partial assistance of ChatGPT o

Generative AI in teaching: Self-paced learning

This fully online, self-paced course is designed to help you explore the practical pedagogy of teaching in the age of artificial intelligence. This course will guide you through a range of topics and resources to understand the implications of this new technology for your course policies, assessments, and teaching strategies.

Learn more

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Resources

Important Websites:

Editable Slide Deck:

Getting Started with GenAI Video Series:

Articles and Blogs:

Panels and Showcases:

Workshops and Webinars:

Access to some recordings may be restricted to the York community, so if you are prompted to sign in, select "Sign in with SSO". Enter “yorku” in the company domain, then you will then be able to access the recording by using your PPY username and password.

SHARE Framework

Are you interested in using or adapting the SHARE framework in your teaching? We would love to hear from you! We are currently launching a SoTL project that explores faculty use of this framework across a variety of teaching contexts. Contact Robin Sutherland-Harris for more information.

Courses

Readings

These three recommended frameworks offer a starting place for faculty looking to strategically approach AI literacy. For concrete classroom strategies to build and support AI literacy, visit our crowdsourced Google spreadsheet here.

  • Digital Education Council. (2025). DEC AI Literacy Framework
    • Includes human-centricity, competency levels, need for separate treatment of domain expertise and faculty vs student competencies
    • Potentially overwhelming!
  • University of Toronto Libraries Framework for AI Literacy
    • Approachable and easy to use: Understand, Use, Evaluate
    • Offers practical classroom suggestions for building AI literacy
    • Might miss some elements (human centredness, disciplinary nuance)
  • Also consider: UWO’s Domains of AI Awareness for Education
    • Avoids assumption that AI literacy = AI adoption
    • Begins with questions “What implications does using Generative AI have for myself and society? And what uses (if any) align with my values and beliefs?”

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