Area of research
Mechanics of Materials · Mechanical Engineering
Research interest
Research focused on Capstone and Session (web analytics), with related work in Deflection (physics), Stirling engine, Powertrain. Notable publications include 'Applying Theory Of Constraints To Solicit Feedback And Structure Improvements To A Capstone Design Experience', 'Adapting The Mit Stirling Engine Project At The University Of Idaho, A Land Grant Institution', and 'Design of the University of Idaho Formula Hybrid Vehicle'.
Using Modern Engineering Tools to Efficiently Solve Challenging Engineering Design Problems: Analysis of the Stepped Shaft
Deflection Part II: Solving Complex Machine Design Problems Using an Alternative Mechanics of Materials Approach
Applying Theory Of Constraints To Solicit Feedback And Structure Improvements To A Capstone Design Experience
Adapting The Mit Stirling Engine Project At The University Of Idaho, A Land Grant Institution
On Calculating the Slope and Deflection of a Stepped and Tapered Shaft
Library Of Student Authored Internet Videos For Just In Time Learning In Support Of The Capstone Design Experience
Early Development Of Capstone Design Team Through Graduate Student Mentoring And Team Building Activities
Work in Progress: Developing Senior Experimental Design Course Projects Involving the Use of a Smartphone
Using Solid Modeling to Enhance Learning in Mechanics of Materials and Machine Component Design
Design of the University of Idaho Formula Hybrid Vehicle
Highly Integrated Parallel Hybrid Powertrain
A sophomore capstone solid modeling experience: Virtual dissection and reassembly of legacy drawings