Teaching Interests: Graduate and undergraduate courses in theoretical and applied Structural mechanics and engineering:
- Structural Dynamics and Vibrations. • Random Vibrations.
- Earthquake Engineering. • Matrix Analysis of Structures.
- Advanced/Basic Mechanics of Materials . • Elasticity.
- Structural Analysis. • Structural Stability.
- Numerical Methods. Finite Elements.
Undergraduate Courses taught:
- Introduction to Engineering I • Elements of Applied Mechanics
- Introduction to Engineering II • Mechanics of Materials
- Applied Mechanics I: Statics • Basic Structural Analysis
- Applied Mechanics II: Dynamics • Basic Structural Design
- Earthquake Engineering
- Foundation Design
- CE Undergraduate Independent Study: Structural Analysis with computer
- CE Undergraduate Independent Study: Computer Analysis of Double Layer Grids
- CE Undergraduate Independent Study: Force-Deformation Behavior of Granular Beds for Water Processing
- CE Undergraduate Independent Study: Honors Thesis – Ecologically Sustainable Building Design (Spring&Fall 2008)
- CE Undergraduate Independent Study: Honors Thesis – Analysis of Highway Cantilever structures. (Spring 2009)
- CE Undergraduate Independent Study: Electric Power Generation from Beam Vibration (Spring 2010)
Graduate courses taught:
- Structural Vibrations
- Applied Elasticity
- Advanced Mechanics of Materials
- Earthquake Engineering
- Matrix Analysis of Structures
- CE Graduate Independent Study: Spacecraft Dynamics
- CE Graduate Independent Study: Strengthening Concrete Bridge Piers with Carbon Fiber Reinforcement (2004-2006).
- CE Graduate Independent Study: Analysis of Pavement Slabs with Edge Openings due to Catch Basin (Fall 2009)