Titles
A-C
D-G
H-K
L-O
P-S
T-Z
AI and Linguistic Diversity: Expanding Expression or Amplify...AI in Education: Ethical Assemblages for Enhancing Experient...Artificial Intelligence and Data Science for Smart Education...Authentic Assessment and Interdisciplinary Learning: Bridgin...Balancing authenticity with creativity in the language class...Balancing Toys, Playing with EmotionBetween Digital Efficiency and Analogue Depth: School Leader...Between Framework and Practice: Student Experiences of Justi...Bridging the Divide: Improving Pedagogy in Contentious TimesBridging the Gap: A Municipal Intervention Project to Promot...Building a Home: Autoethnographic Reflections on Teaching in...Clients and Courtrooms: Tabletop Role Playing Games and Desi...Comparing Gender-Inclusive School Architecture: European Per...Critical Pedagogy and Community Engaged Learning in Reaction...Cultivating Creative Pedagogy Through Cohorted Faculty Profe...Digital Technologies and Socio-Cultural OrganisationsDraft Ecologies: Toward a Counter-Extractive and More-than-H...Employing Extensive Role Playing: Seeking and Simulating Jus...Empowering Students Through Project-Based Honors Education i...ESL Teachers Navigating Challenges in Implementing Mobile-As...Evaluating Perceived Learning Outcomes Achieved in a Continu...Expanding the English Language Curriculum by Using Linguisti...From Output to Process: Assessment in the Age of Generative ...Generative Artificial Intelligence: Assessing Student Knowl...Global Collaboration in the Development of Simulation-Based ...Graduate Teaching Assistants as Emerging Academics: Evaluati...How Do Digital Native University Students Respond to Analog ...Human Attention Is All We Need In EducationHumanising Lawyers: the Role of Legal Education in a World o...Imagining and Designing Otherwise: Ecological Thinking as Sp...Integrating VR Technologies into the Teaching of Modern Gree...International Interdisciplinary Virtual Spaces: Expanding Cl...Learning from Architectural Typology for Machine Learning Ar...Learning through Making: A Modular Living Wall as Pedagogica...Mirroring Practice: Using AI Simulators to Explore and Refin...Motivation through Mediation: A Scalable Strategy for Studen...Passion for Studying and Its Links to Academic Resilience, B...Pedagogy in Flux: Teaching AI in Real TimePeer Feedback: A student Perspective on Supportive Factors f...Perceptions of Trauma Informed Practices in English Primary ...Preparing Students for Professional Practice: Authentic Ase...Preparing Urban School Leaders in the United States with an ...Print Without Presses: Multilingual Design Pedagogy in Virtu...Process as Product: Exploring the Relationship between Evolu...Project-Based Learning as an Emerging Pedagogy for Enhancing...QSL - You touch mine and I´ll touch yoursRecovering structural engineering skills for architects thro...Reframing Pedagogical Approaches: Contextualized Sociolingui...Reimagining Postgraduate Learning: Co-Designing “Education...Reimagining Role Models: AI-Ecopedagogy and Relational Media...Representation, Linguistic Justice, and Critical AI Literacy...Safe/Unsafe: Cultivating Ethical Agency through Speculative ...Shifting paradigms in urban panning: Scenarios as a pedagogi...Task-Based Language Teaching in L2 and LS Contexts: A Compar...Teacher Resilience: The Role of Risk and Protective FactorsTeaching and Learning with Short-term Travel-based Education...Teaching Architecture in the Age of AI: A Comparative Studio...Teaching ethics in the era of AITeaching in the Humanities: Tactile Learning and Creativity ...Teaching Neuroscience to University Students: a Novel Approa...Teaching to Resist: Approaches and MethodsTeaching with AI: Developing Problem-Solvers for a Changing...Team Teaching: Benefits for Students and Teachers? Findings ...The CultureComp Framework: Arts Education, Transilience and ...The Dialogic and Dynamic Trajectories of Multilingual Pre-se...The Importance of International Experiences in Education acr...The Master’s Thesis – a bridgebuilder and link between t...The Need To Communicate A Future-Oriented Police Education I...The Pedagogical Cube: Structuring Human Intelligence – Art...The School as a Continuous "Locus Sacer" in a Changing Socie...The ‘What If’ in Climate Change and Sustainability Educa...Thoughtful Integration of Artificial Intelligence in the K...Virtually Fearless: Using VR to Build Resilience for Oral As...Visual and Intuitive Learning of Structures through Interact...Walking the Talk: Enhancing Public Relations Education throu...Walking with Students: Using Learner Feedback to Shape an In...Were Teams Take Root: How Social Structures and Informal Mee...What do Students Learn from Hearing Others Give Feedback to ...
Schedule

IN-PERSON MADRID FOCUS ON PEDAGOGY. SECTION B

Contemporary Teaching in a Time of Change
The Pedagogical Cube: Structuring Human Intelligence – Artificial Intelligence (HI-AI) Dialogue Across Multi-Strata for Teaching-as-Research
Z. Aazam
10:30 am - 12:00 pm

Abstract

Higher education exhibits recurring structural failures: courses designed for institutional metrics rather than student flourishing, research disconnected from teaching practice, and AI tools adopted without pedagogical rationale. These dysfunctions share a common cause—educators lack a diagnostic instrument to assess whether their decisions align with a coherent value orientation. This paper develops The Pedagogical Cube, a framework designed to organize teaching decisions across three nested strata. At the Meta Stratum, the Cube tracks whether educators honor foundational commitments—what we value, what counts as knowledge, and who we are becoming—framed as entrustment. At the Metaxy Stratum, it examines the constraints of space, time, design choices, and institutional context within which educators operate—framed as stewardship. At the Mesa Stratum, it captures the actual intent and praxis, methods and techniques, and effective agency of teachers and learners—framed as cultivation. These three strata are encoded in the diagnostic notation Z·Y·X – ST·V·W – I·IU·U, providing a method for tracing how individual decisions align with stated values. The framework’s operational engine is structured Human Intelligence – Artificial Intelligence (HI-AI) Dialogue, enabling double recursion: teaching generates research insights that reshape curriculum, which transforms teaching—making the classroom a living system of inquiry. Applied to urban architectural pedagogy, the framework reveals whether studio projects cultivate genuine research-based design judgment or merely extract portfolio deliverables, and whether AI-assisted workflows extend student reasoning or replace it. The Pedagogical Cube offers educators a structural anchor for navigating disruptive sunderance by ensuring every decision serves human flourishing, epistemic integrity and institutional coherence weighed by foundational commitments.

Biography

Ziad Aazam (PhD) is an Urban Architect bridging practice and theory, design and planning, architecture and urban development. Across consultancies, academia, and public institutions, he has shaped projects from buildings to regions and taught the axiology of socio-spatial creation. His professional and pedagogical experience grounds a philosophical inquiry into the architectonics of knowledge. As an Independent Scholar, he develops The CUBE—a meta-methodology investigating how explanatory models of lived-built worlds generate emergent meaning across nested dimensions of depth, kind, and scope.