Pedagogy Overview

— Pedagogy overview

Backed by learning science research and powered by data-driven intelligence.

edaptAI was built from the ground up integrating proven strategies and learning methods backed by research, along with data-driven intelligence. This combination delivers a personalized mastery-learning experience that rivals the effectiveness of individual tutoring.

Our research advisors

The pedagogy powering edaptAI was developed in partnership with our esteemed research advisors from Stanford University.

Dr. Emma Brunskill

Dr. Brunskill is a computer science professor at Stanford where she leads the AI lab and Statistical Machine Learning group. Her research focuses on reinforcement learning in high stakes scenarios.

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Dr. Karin Forssell

Dr. Forssell is the program director for the Learning, Design and Technology (LDT) program at Stanford. Her research focuses on the choices people make in learning about and using new digital tools.

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Dr. Rob Tibshirani

Dr. Tibshirani is a professor of statistics at Stanford where he leads research in data science and statistics. His research focuses on dealing with large amounts of data and separating out consistent patterns from the noise.

Pedagogy:

Overview

Mastery Learning

Scaffolding

Dual Coding

Knowledge Segmentation

Constructed Response

Our thoughts

Pedagogy

Advancing Assessments: The Role of Constructed Response in Boosting Higher Cognitive Processing

Assessment techniques are crucial instruments in measuring student comprehension and learning results. Constructed response and selected response assessments, the two main categories, provide unique methods for assessing student knowledge and abilities.

Edapt Team

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January 2, 2024

Pedagogy

Enhancing Comprehension through Knowledge Segmentation and Dual-Coding

Cognitive overload, a concept developed by John Sweller in the late 80s, happens when a task surpasses our cognitive system's capacity. It builds on G.A. Miller's theory of short-term memory's limited capacity of 5 to 9 items. Cognitive overload has three types: intrinsic (content complexity), extraneous (information presentation), and germane (efforts for long-term memory storage). Instructional designers can manage extraneous load through effective content and delivery, and aid learners in developing processes for long-term memory storage.

Edapt Team

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March 6, 2024

Pedagogy

Bridging the Gap: Real-Time Knowledge Remediation

Scaffolding in education, a method where teachers gradually reduce support as students progress, plays a pivotal role in fostering deep learning and critical thinking. From addressing real-time knowledge gaps to promoting personalized instruction, this discussion delves into the multifaceted impact of scaffolding on student success and proficiency.

Edapt Team

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February 5, 2024

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