Teaching

Western New England University (Fall 2013 ~ Present)

• Solid Mechanics (CEE 640): Elastic deformable bodies, kinematics, balance laws, constitutive equations, small-deformation theory, boundary-value problems, variational formulations, minimum principles

• Railroad Track Structure Engineering (CEE 456/592): Track structure analysis, high speed trains

• Ethical and Professional Issues (CEE 400): Social, ethical, global, and professional issues facing civil and environmental engineers

• Steel and Reinforced Concrete Designs (CEE 342): Steel design and reinforced concrete design.

• Structural Analysis (CEE 341): Fundamental understanding of structural analysis with a focus on beams, trusses,       and frames.

• Strength of Civil Engineering Materials and Lab (CEE 240 and 242): Stress and strain, bending, torsion, Mohr’s circle, transformation, elasticity, and energy principles.

• Surveying and Lab. (CEE 251 and 253): Land surveying, leveling, traverse surveying, horizontal curve, vertical curve , volume, and GPS

• Introduction to Engineering (ENGR 103): Design project, SolidWorks, Arduino, engineering drawings

• Computer Programming for Engineers (ENGR 105): MATLAB Program.

• Analysis of Concrete, Steel,  and Wood Structures (CMGT 301): Fundamental understanding of structures, loading analysis, materials selection, building codes