Bryan Innovative Instructional Grant Program
The Bryan Innovative Instructional Grants Program supports the development of improved and innovative instructional content and delivery in the college. Bryan Grants are made possible through the generosity of brothers John and Charles Bryan, who gave $500,000 to MSU in 1997 and $25,000 in 1998, which was used to set up a permanent endowment.
The Bryan brothers grew up in Livingston, Montana. John graduated from Montana State College with a bachelor's in chemical engineering in 1956 and a master's in 1958. Charles graduated in 1958 with a bachelor's in physics, followed by a master's and Ph.D. at the University of Arizona, and then taught in the mathematics department at University of Montana for many years before passing away in 2015.
Two Bryan Grants will be awarded for FY19 and are used to provide course release support. Both grants may support academic year or summer salary coverage.
The goal of the program is to design improvements in engineering curriculum content and delivery through the application of innovative methods and media. Examples include, but are not limited to the following:
- Development of programs and processes that increase the knowledge, thinking skills, problem solving, and communication skills of engineering students
- Development of methods to incorporate advances in emerging and educational technologies
Proposals for Bryan Grants will be evaluated by their potential contributions toward these goals.
For application deadlines and directions, see the TEER Grant webpage. The deadline and directions for both grants are the same.
Grant History
Grant title
|
Principal investigators
|
Award amount
|
---|---|---|
Exploring the Efficacy of Integrating ChatGPT into Undergraduate Technical Writing |
Stephanie Wettstein |
$10,000
|
Developing a Snow Science and Avalanche Engineering Textbook for Engineering Majors |
Kevin Hammonds |
$10,000
|
Curriculum Redesign for EGEN 200: Designing Our Community |
Susan Kelly |
$10,000
|
Improving CSCI 112 (Programming with C) Course |
Lucia Williams |
$10,000
|
|
Total:
|
$40,000
|
Grant title | Principal investigators | Award amount |
---|---|---|
Indigenous Ways of Knowing in the Engineering Classroom via Computational and Experimental Fluid Dynamics | Ryan Anderson, Sweeney Windchief | $10,000 |
Developing a Biomedical Engineering Laboratory Course | Scott Monfort | $10,000 |
Increase Student Performance in Engineering Mechanics Courses Through the Addition of Recitation Sections with Physical Demonstrations | Flynn Murray | $7,300 |
Total: | $27,300 |
Grant title
|
Principal investigators
|
Award amount
|
---|---|---|
Effectively Engaging Engineering (Current and Future) Students in Group Video Projects
|
Paul Gannon
|
$7,200
|
Grant title
|
Principal investigators
|
Award amount
|
---|---|---|
Developing/Improving the Communication Skills of Undergraduate Students
|
Jennifer Brown, Stephanie Wettstein
|
$19,000
|
Grant title
|
Principal investigators
|
Award amount
|
---|---|---|
Web-Based Reading Applications for EELE 101
|
Jim Becker
|
$8,400
|
Scaling Up the Micro-Burst Model of Microprocessor Instruction
|
Brock LaMeres
|
$8,400
|
Develop a New Research and Education Center - Advanced Power System Research and Education
Center (APSREC)
|
Shahooei, Bahramipanah
|
$7,000
|
Grant title
|
Principal investigators
|
Award amount
|
---|---|---|
Development of a “Pocket Lab” for Controls Engineering
|
Steve Shaw
|
$7,000
|
Micro-Bursting the Instruction of Microprocessors
|
Brock LaMeres
|
$7,000
|
|
Total:
|
$14,000
|