CORTEXA
← Browse
openalexZenodo (CERN European Organization for Nuclear Research)Cited by 0

AI Topics Module 2: Education

Xavier Honablue M.Ed

This textbook module examines the intersection of cognitive neuroscience, pedagogy, and artificial intelligence as they converge in the secondary school classroom. Beginning with the theory of mental rigor — the disciplined, sustained exertion of focused cognitive effort as a biological process with measurable neural correlates — the text argues that understanding how the brain learns and understanding how AI systems learn are not separate intellectual projects but deeply connected ones. Each chapter weaves AI concepts explicitly into its treatment of the neuroscience of learning, establishing structural parallels between biological and artificial intelligence that deepen understanding of both. Chapter One presents culturally responsive classroom activities — including probabilistic choice games, biometric data analysis, memory exercises, and kinesthetic geometry — and connects each to foundational AI concepts including classification, feature engineering, sequence processing, and convolutional neural networks. Chapter Two examines learning environment design alongside AI tools for personalization, adaptive assessment, and classroom analytics, including a critical treatment of their limitations and equity implications. Chapter Three addresses the cultivation of intrinsic motivation through the lens of reinforcement learning, connecting dopaminergic reward circuitry to temporal difference learning and the exploration-exploitation tradeoff. Chapter Four provides a systematic comparison of biological and artificial neural architectures — synaptic plasticity and backpropagation, Piagetian developmental stages and inductive bias, System 1 and System 2 cognition and the symbolic-to-connectionist transition in AI. Chapter Five presents educator roundtable discussions on identity, equity, algorithmic bias, AI-era assessment, school leadership, and asset-based teaching in an AI-integrated educational landscape. The module includes a mathematical appendix connecting classroom activities to the computational foundations of machine learning, and a reference list of 32 peer-reviewed publications spanning cognitive neuroscience, educational psychology, and AI research. It is intended for educators, researchers, educational leaders, policymakers, and students engaged with the rapidly evolving relationship between human learning and artificial intelligence. This is Module 2 in the AI Topics series by Xavier Honablue, M.Ed. Module 1, Epigenetics, is available separately on Zenodo.

Also available via: European Organization for Nuclear Research

View free PDFSource page

Related papers

openalexZenodo (CERN European Organization for Nuclear Research)

Linguistic and cultural bias in AI. Implications and strategies for teacher education

María Ribes-Lafoz

Artificial Intelligence (AI) is transforming global communication and education, but its inherent linguistic and cultural biases present challenges that must be addressed in pre-service teacher education. Countries such as China and Japan are developing their own AI models, motiv…

Also available via: European Organization for Nuclear Research

View free PDFSource page
openalexZenodo (CERN European Organization for Nuclear Research)2026-07-24

From BIM Level 2 to AI-Ready Infrastructure: The UK Digital Built Environment Challenge and the Role of Enterprise Architecture

Sergey Sinyagov

The United Kingdom has been a global leader in Building Information Modelling (BIM) adoption, establishing BIM Level 2 as the foundation for collaborative information management across the built environment. Mandated for publicly funded projects in 2016, this framework introduced…

View free PDFSource page
openalexZenodo (CERN European Organization for Nuclear Research)2026-08-09

Education in the Age of Artificial Intelligence (AI): Bridging of Expanding Social Inequality

S Shwetha.T.

Artificial Intelligence-enabled solutions can help identify the key areas of improvement in the education space, while analyzing the needs of each student in a personalized manner, to help every student derive the benefits of education, which can help bridge the socioeconomic ine…

Also available via: European Organization for Nuclear Research

View free PDFSource page
openalexZenodo (CERN European Organization for Nuclear Research)

NeuroAI – An AI-Powered Personalized Learning Tutor for Students with Diverse Learning Challenges

Dr. Satyashree, Manjunath. C

Abstract: Students have incredibly different ways of learning, thinking, and processing information today. Traditional pedagogies that may be grounded in age, or contextually within curriculum, or course outline, are often inadequate to address the realities that many learners ar…

Also available via: European Organization for Nuclear Research

View free PDFSource page
openalexZenodo (CERN European Organization for Nuclear Research)2026-08-09

Artificial Intelligence in Library and Information Science Education: An Indian Context

Laxmibai S. Kattimani, Nandeesha B.

This paper assesses the current situation of Artificial Intelligence in Library and Information Science education in India. It discusses the advantages of using Artificial Intelligence in this field. The studies are based on a review of the academic courses framework, institution…

Also available via: European Organization for Nuclear Research

View free PDFSource page
openalexZenodo (CERN European Organization for Nuclear Research)2026-07-23

Integrating AI into teaching

P S Chen

This teaching resource presents a practical approach to integrating generative AI into higher education classrooms through a Human–AI collaborative learning model. Rather than treating AI as a tool for producing answers, the instructional design positions AI as a thinking partner…

View free PDFSource page