Selected examples of lecture slides for various courses are available on slideshare.net. For example, see Engineering Mechanics Statics (moments of forces, analysis of trusses), Dynamics (curvilinear motion, instantaneous center of zero velocity), Diffusion and Kinetics (binary solutions, diffusion, crystal interfaces, solidification), Structure and Properties of Engineering Polymers (molecular structure, polymerization, microstructures, mechanical properties, processing methods), and Computational Methods (solution of system of equations, curve fitting and interpolation).
Courses taught at HOWARD UNIVERSITY
CIEG 202: Engineering Mechanics: Statics.
CIEG 301: Mechanics of Materials. [pure bending, beam deflection]
CIEG 302: Engineering Mechanics: Dynamics.
Courses taught at WRIGHT STATE UNIVERSITY
ME 4720/6720: Engineering Polymers [lecture slides for molecular structure, polymerization, microstructures, mechanical properties, processing methods].
ME 4010/6010: Computational Methods for Mechanical Engineering [solution of system of equations, curve fitting and interpolation].
ME 3760: Diffusion and Kinetics [binary solutions, diffusion, crystal interfaces, solidification].
ME 2210: Engineering Mechanics: Dynamics [curvilinear motion, instantaneous center of zero velocity].
ME 2120: Engineering Mechanics: Statics [moments of forces, analysis of trusses].
ME 4910/4920: Capstone Design Projects in Mechanical Engineering.
Courses taught at MICHIGAN STATE UNIVERSITY
ME 361: Engineering Mechanics: Dynamics (2006-2013).
Kinematics of particles, rigid bodies, and mass moments of inertia. Kinetics of particles and rigid bodies. Energy and momentum principles.
ME 891: Molecular Modeling in Engineering: Methods and Applications (2008, 2011).
The course is an introduction to the theory and methods of classical molecular modeling as applied to contemporary research in engineering, physics and materials science. Topics include elementary statistical mechanics, Monte Carlo and molecular dynamics methods, techniques for generating different ensembles and calculating free energies and transport coefficients. A lecture on molecular origin of surface tension at liquid-vapor interfaces.
ME 481: Mechanical Engineering Design Projects (2006-2012).
Application of design concepts in mechanical engineering. Problem definition, design specifications. Modeling and analysis methods. Design optimization, economics, reliability. Manufacturing considerations in design. Capstone design projects: Whirlpool - Spring 2006; DeVilbiss Automotive Refinishing Safe Paint Dryer Device - Fall 2007; Dow Chemical Brine Seal - Spring 2010; Heartwood School Drum Mounts - Fall 2011; Special Needs Bicycle - Fall 2011; Heartwood School - Spring 2012; Whirlpool and GM - Fall 2012.
ME 391: Advanced Engineering Mathematics (Spring 2006).
Analytical and numerical methods for the modeling and analysis of mechanical engineering systems. Applications to vibrating elements, heat transfer, linear springs, and coupled spring-mass systems. YouTube teaching presentation on eigenvalues and eigenvectors.