Reimagining Differential Equations: A Modeling-First Approach to Enhance STEM Education

Channel:
Subscribers:
439
Published on ● Video Link: https://www.youtube.com/watch?v=ZaFc64l9GN8



Duration: 0:00
37 views
0


Day 2 | 1:00 PM–1:30 PM

"Reimagining Differential Equations: A Modeling-First Approach to Enhance STEM Education"

Presented by:
Ala’ J. Alnaser, Florida Polytechnic University, Lakeland FL USA

https://qubeshub.org/community/groups/simiode/expo/2025

Abstract: This presentation highlights a transformative approach to teaching differential equations by prioritizing real-world modeling over traditional solution techniques. A modeling-first pedagogy enhances student engagement, problem-solving skills, and the application of mathematics across STEM fields. We will discuss strategies for implementing this approach, its impact on faculty and students, and its potential to improve outcomes in STEM education. Special attention will be given to the benefits of active learning and collaboration, particularly in supporting diverse student success. This talk will provide practical insights for reimagining differential equations instruction to better prepare students for real-world challenges.




Other Videos By SIMIODE


2025-03-26A Transportation-Based SEIR Model for Infectious Disease Prediction
2025-03-26Modeling Financial Impacts of Energy-Conserving Home Upgrades
2025-03-26Presenting Teaching Insights on Basic Computer Graphics Through Matrix Operations
2025-03-26Developing Workforce with Mathematical Modeling Skills
2025-03-26Reading and Writing the World with Mathematics: Pedagogies Supporting the Well-Being of the Self...
2025-03-26Opportunities for Students at SIAM
2025-03-26DEMARC Differential Equations Model and Resource Creators
2025-03-26Conference Closing and Summary Remarks
2025-03-26Heavy Metal Accumulation through Candy Consumption: Our Team Approach to this SCUDEM IX 2024 Problem
2025-03-26Making Mathematical Puzzles
2025-03-26Reimagining Differential Equations: A Modeling-First Approach to Enhance STEM Education
2025-03-25Modeling Vibrating Strings Using Ordinary Differential Equations
2025-03-25Using Insightmaker to Make Theory Concrete
2025-03-25Beyond the Comfort Equation: Thriving in Uncharted Class Territories
2025-03-25Bates & Colgan Modeling Real World
2025-03-25Getting Started in the Scholarship of Teaching and Learning
2025-03-25Diverse Approaches to Modeling Ambient Temperature in Newton’s Law of Cooling, Supported by Temp...
2025-03-25Bringing College Mathematics to High Schools: Georgia Tech's Distance Math Program
2025-03-25SCUDEM IX 2024 Problem B: Narrative Influences—Applying a Double-SIR Model to Positive and...
2025-03-25Enhancing Differential Equation Modeling with Large Language Models
2025-03-25Navigating Actuarial Science Career Path and Programs