Courses Taught
Miami University, Oxford, OH
Mechanical & Manufacturing Engineering Department (2006 – )
MME 315-Mechanical Vibrations (Undergraduate level course)
MME 321- System Modeling, Analysis, and Control (Undergraduate level course)
MME 412/512-Advanced Mechanics of Materials (Undergraduate/Graduate level course)
MME 615-Advanced Vibrations (Graduate level course)
MME 621-Finite Element Analysis (Graduate level course)
MME 610-Graduate Research Seminar (Graduate level course)
Independent studies – MME 340U, MME 480, MME 677
Mechanical Engineering Department
Louisiana State University, Baton Rouge, LA (Instructor)
ME 3603-Fundamentals of Instrumentation (Theory & Lab) (Spring 2006)
ME 4133-Machine Design I (Kinematics & Dynamics of Machines): (Sum. 2005)
ME 4183-Theory & Design of Mechanical Control System: (Spring 2005)
ME 7233-Advanced Machine Design: Graduate-level Course (Spring 2004)
Student Scholarship Opportunities
Miami University NSF S-STEM in Engineering
Choose Ohio First – Justice, Equity, Diversity and Inclusion (COF-JEDI) Scholarship
Learning Modules
Computational and Experimental (ComEx) learning studios
The ComEx studios represent an amalgam of two key engineering practices that must be practiced in unison – computational analysis/prediction and experimental verification. By placing students in a scenario presenting multiple approaches to a solution, each ComEx studio is designed to engage students in critical thinking, independent decision-making, and an iterative approach to problem-solving.
MATHWORKS(R) LEARNING MODULE
Development of MATLAB-based learning modules integrating modeling, simulation, and experiments towards the characterization of polymeric biomaterials
Targeted Course
MME 223: Engineering materials
MME 312: Mechanics of Materials
MME 315: Mechanical Vibrations
MME 412: Advanced Mechanics of Materials
MME 615: Advanced Vibration
MME 623: Mechanical Behavior of Materials