Lectures related to Constructivism

Constructivism and Collective Intelligence

Delves into constructivism, inquiry-based learning, and cognitive conflict, highlighting the importance of simulations and external support.

Inquiry Learning: Simulations & Hypotheses

Delves into inquiry-based learning through simulations, emphasizing hypothesis generation, experiment design, and result interpretation.

Constructivism

Delves into cognitive development, cognitive conflict, and the transition from constructivism to constructionism in education.

Theories and Approaches to Learning

Explores learning theories in project contexts to improve learning approaches and outcomes.

Digital Education: Introduction

Covers the basics of digital education, including online platforms, simulations, teamwork, and virtual reality.

Mastery Learning: Classical Conditioning

Explores mastery learning through classical conditioning, behaviorism principles, and intelligent tutoring systems.

Spatial Configuration and Teaching

Explores the impact of spatial configuration on teaching interactions in classrooms, analyzing seating arrangements and teacher movements.

Computer Simulation of Physical Systems

Introduces a course on computer simulation of physical systems, emphasizing online resources and project-based examination.

Future of Engineering Education: Challenges and Opportunities

Discusses the future of engineering education in Switzerland, focusing on challenges, opportunities, and the integration of technology in teaching.

Design Reflection Minute

Explores diverse pedagogical design approaches and emphasizes the importance of diversity.

Untitled

Futuring Education: Strategies for Growth and Development

Covers the future of education at ETH Zürich, focusing on student growth, industry demands, and innovative teaching strategies.

Computational Science and Engineering: Master Program Overview

Outlines the Master in Computational Science and Engineering program at EPFL, detailing its structure, projects, and career opportunities for graduates.

Neural Taskonomy and Historical Perspectives in Visual Intelligence

Covers Neural Taskonomy, the evolution of neural networks, and historical perspectives in visual intelligence.

Digital Education Technologies

Explores digital education technologies, cognitive loads, instructional design, and cognitive tasks.

Digital Learning Strategies

Explores the integration of digital resources in teaching and evaluation methods.

Problem-Based Learning in Robotics and Programming

Explores project-based learning in robotics and programming, focusing on hands-on problem-solving and coding competitions.

Constructivism: Cognitive Conflict and Learning Mechanism

Delves into cognitive conflict as a key learning mechanism in constructivism, emphasizing careful data set design and reflection.

Rapid Prototyping in SPOT Makerspace

Explores a course where computer science students learn to work on projects involving physical artifacts and software development.