Skip to main content

Teaching Best Practices for Magnetically Coupled Circuits: Insights from Dr. Steven Fredette, UW-Madison

Take a comprehensive deep dive into teaching magnetically coupled circuits using a problem-solving approach

  • Higher Education
  • Event
  • On-demand
  • Engineering
  • 30 Minutes
  • On-Demand Video

Description

You are invited view a webinar led by author and Professor Steven Fredette from the University of Wisconsin-Madison. The session was thoughtfully designed for accomplished engineering professors who are committed to advancing their teaching methodologies and inspiring their students to excel in circuit analysis.

Professor Fredette shares his expertise on:

Summarizing Key Equations and Circuit Models: A refined approach to presenting the essential equations and circuit models for magnetically coupled circuits, tailored for effective classroom delivery.

  • Problem-Solving Approach: A versatile and systematic methodology for solving a wide range of circuit problems, empowering educators to guide students toward mastery.
  • Solving a Challenging Circuit Problem: A demonstration of tackling a complex magnetically coupled circuit problem using the problem-solving approach.

 

About Your Speaker

  • Dr. Steven Fredette -

    Dr. Steven Fredette

    Dr. Steven Fredette has over 25 years of R&D and Product Development experience as well as over 15 years of teaching experience at multiple universities at both the undergraduate and graduate level. Dr. Fredette brings a balanced, systematic approach to problem solving and has efficiently delivered innovative, producible solutions to the industrial, aerospace, and alternative energy fields. He holds 11 U.S. patents and several patents pending. 

    Dr. Fredette’s primary interests are the design, simulation, modeling, and controls development of power conversion systems for alternative energy (wind, solar PV, fuel cells) and industrial (HVAC, elevator, traction) applications. 

    He has a wide range of industrial experience gained through work for United Technologies (UTRC, Hamilton Sundstrand, UTC Power), Vestas Technology R&D, and AMSC.