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AIEd in the Disciplines β€” the application of artificial intelligence to teaching and learning within specific academic subjects, where each discipline's signature pedagogies, methods, theories, and concerns shape how AI is designed, used, and evaluated. Rather than treating AI in education as a single generic phenomenon, this overview organizes the wiki's discipline-specific coverage and surfaces the cross-cutting themes that run through subject-area AIEd research.

AI in education manifests differently across disciplines because each field has its own signature pedagogy β€” the distinctive ways knowledge is constructed, practiced, and taught. AI tutors that shine in mathematics may fail in the humanities, where interpretation and authorship matter more than right answers. This page is the umbrella map for those discipline-specific strands.

Discipline-specific concepts

The wiki has dedicated concept pages for several subject areas:

  • Math Education β€” AI tutoring, adaptive problem-solving, and conceptual diagnosis in mathematics.
  • Physics Education β€” AI simulation, chatbots, and problem-posing in physics learning.
  • Chemistry Education β€” AI in laboratory/experimental design, AI-mediated formative assessment, context-based and inquiry-based instruction, LLM technical limits on chemistry tasks, and the philosophy of experimentation.
  • Biology Education β€” AI in laboratory instruction, AI literacy embedded in biology curricula, critical thinking in the AI era, and specialized tools (species identification, bioimaging, predictive modeling).
  • CS Education β€” AI for code generation, debugging, and novice programming support.
  • Writing Education β€” AI-assisted composition, automated essay scoring, and writing feedback.
  • Language Learning β€” AI interlocutors, pronunciation feedback, and conversational practice in second/foreign languages.
  • English Education β€” English for Academic Purposes (EAP) and English language teaching (EFL/ESL/L2): academic-English register, genre-based writing, and English-specific feedback and assessment β€” distinct from general language learning and general writing.
  • STEM Education β€” the cross-disciplinary umbrella for science, technology, engineering, and mathematics.
  • Teacher Education β€” the preparation and professional development of teachers (pre-service and in-service), a discipline in its own right whose AI research centers on teacher AI literacy, intelligent-TPACK, and readiness to integrate AI.
  • Medical Education β€” clinical simulation, reinforcement-learning training, and foundational learning principles in health-professions education.
  • Engineering Education β€” professional formation, design and hands-on learning, ethical use of AI, embodied assessment, and workforce preparation in engineering.
  • Business Education β€” AI in business, economics, and management education: student-informed GenAI frameworks, curriculum integration via constructive alignment, and preparation for AI-integrated professional practice.
  • Humanities Education β€” interpretive cognition, authorship, and meaning-making in humanities and social sciences.
  • K 12 and Higher Ed β€” education about and with AI at each level.

Cross-disciplinary themes

Several threads cut across all disciplines, though they play out differently in each:

Signature pedagogies, methods, and theories by discipline

Each discipline brings distinctive pedagogical traditions that AI research engages:

Represented disciplines in the wiki

The wiki's strongest discipline-specific coverage is in STEM broadly β€” particularly Math Education, Physics Education, Chemistry Education, Biology Education, and CS Education β€” followed by Writing Education, Language Learning (with a distinct English Education strand for EAP/EFL/ESL), and more recently Engineering Education (with a dedicated page synthesizing ASEE-sourced articles on faculty metaphors, ethics, assessment, and workforce), Teacher Education (with a substantial body of pre-service and in-service AI-training research), Medical Education, and Humanities Education. Engineering and design also have a growing body of articles (e.g., AI in engineering education, engineering learning-tool needs, AI in architecture).

Underrepresented disciplines

Several disciplines remain thin in the wiki and are good candidates for future ingestion:

These underrepresented disciplines would benefit from dedicated concept pages and additional article ingestion as the wiki grows.

Connected Concepts

Connected Articles