Process Oriented Guided Inquiry Learning
in Introductory Computer Science
The IntroCS POGIL Project is currently recruiting participants. Participants must be US college faculty who expect to teach CS 1 with Java or Python in 2019-20 and 2020-21, and are able to collect baseline data during 2019-20 and attend a 4-day POGIL workshop during July 2020.
Participants will receive stipends and travel funds to attend summer training, implement POGIL activities in their courses, and help with data collection. See the IntroCS Participant Expectations page for more information about joining the project.
To apply, please fill out this application form.
The IntroCS POGIL Project also offers Intro to POGIL workshops on request.
About the Project
The main goal of IntroCS POGIL is to study factors that most influence faculty to adopt POGIL in introductory computer science courses and how the degree of POGIL implementation impacts student learning and engagement. A secondary goal is to make it significantly easier for computer science faculty to adopt POGIL by disseminating high-quality instructional resources and enhancing current professional development practices. The project theory of action is that enhanced instructor support will improve faculty adoption of and persistence with POGIL, which in turn will improve student outcomes. To assess the impact of these and other factors, the project will collect and analyze multi-institutional data including surveys, interviews, and grades.
This work will establish the value of Process Oriented Guided Inquiry Learning (POGIL) as an approach to teaching computer science. The POGIL approach has been shown in other STEM disciplines to increase student learning and retention, particularly for students from underrepresented populations, including females and minorities. But there has not yet been a concerted effort to evaluate teaching computer science using the POGIL approach. The growth of the computer science POGIL community, which is a fundamental aspect of this proposal, is a necessary step to study the effectiveness of POGIL in CS education. Broader and more effective use of strategies such as POGIL will improve the quality, quantity, and diversity of students who complete STEM programs.
|1626765||Helen Hu||Westminster College|
|Clif Kussmaul||Muhlenberg College|
|Chris Mayfield||James Madison University|
|Aman Yadav||Michigan State University|