Problem-based Learning:

Applications in STEM Courses

 

Jeff Froyd 

Texas A&M University

 

Science and engineering faculty members care deeply that their students master their subject 
content. A growing body of research supports the proposition that a variety of student-active 
approaches to teaching improves student learning as well as retention in their major. In this 
workshop, participants will explore alternative approaches to designing their courses, 
structuring their content, and developing learning experiences for their students that are 
likely to improve learning in their classrooms.

 

The workshop will help faculty members identify ways to begin a content chunk by posing a 
problem, question, or challenge for students to address. Such activities have been variously 
labeled problem-based learning, inquiry-based learning, case-based learning, challenge-based 
learning, and so on. Relevant research on the effectiveness of these activities will be presented. 
 
Potential participants are encouraged to contact the workshop facilitator in advance if they are
interested in the research regarding the efficacy of alternative approaches to teaching or would 
like to ask questions that would help them decide whether to participate in the workshop 
and/or would help focus the workshop.
 

A Project-based Approach to First Year Engineering Curriculum Development

Evidence for the Efficacy of Student-active Learning Pedagogies

Integrated Engineering Curricula