Formal Courses Taught:

Graduate:
1.      IE 584, Computer-Aided Bio-modeling and Fabrication in Biomedical Engineering (3 credit hours),
2.      IE 500B, Rapid Product Development (3 credit hours),
3.      IE 506, Computer Integrated Manufacturing (3 credit hours),
4.      IE 680 A, Advanced Topics in CAD/CAM (3 credit hours).

Undergraduate:
1.      IE 320J, Engineering Economy (3 credit hours),
2.      IE 327, Facilities Design (3 credit hours),
3.      IE 406, Computer Integrated Manufacturing (3 credit hours).
 
New Courses Developed:

Graduate:
1.      IE 584, Computer-Aided Bio-modeling and Fabrication in Biomedical Engineering: This course introduces advanced design and fabrication methodologies in rapid development of mass-customized products, medical devices and tools, implants, and engineered tissues, organs and biological systems. The topics covered include computer-aided design and representation of highly customized products, computational geometry for medical imaging and processing, reverse engineering, computer-aided analysis and engineering, biomaterials, bio-manufacturing, manufacturing processes for medical devices/tools, tissue engineering, solid freeform fabrication (rapid prototyping) and rapid tooling for biomedical engineering applications. The course also includes several related hands-on laboratory projects.
2.      IE 500B, Rapid Product Development: This is a graduate level course on Product Development with emphasis on the rapid technologies to reduce the cycle time on New Product Development. The topics covered include design and representation of products, Design for X, process planning, rapid machining, solid freeform fabrication (rapid prototyping), rapid tooling, materials, reverse engineering and applications. The course also includes several hands-on laboratory projects.
3.      IE 680 A, Advanced Topics in Computer Aided Design and Manufacturing (CAD/CAM): This is an advanced graduate level course which covers in-depth study of Computer Aided Design and Manufacturing (CAD/CAM). The topics include curves and surfaces for CAD/CAM systems, computational geometry for product development, Computer Aided Geometric Design (CAGD), Computer Aided Manufacturing (CAM) and Computer Aided Engineering (CAE), Rapid Prototyping and Layered Manufacturing, virtual engineering, CAD/CAM/CAE integration.