Opportunities in chemical engineering and professional schools. Professionalism and ethics, basic chemical processes and professional practices.
Development of a mathematical model.
A study of engineering materials such as ferrous and non-ferrous metals, alloys, plastics, rubber and ceramics, their structures, properties, behavior, heat treatment, phase diagrams, and an introduction to the theory of corrosion.
Practice in mathematical modeling and computer simulation of chemical process systems. Emphasis on solutions of differential equations as well as optimization. Preparation and execution of computer programs on digital computers.
Practice in mathematical modeling and computer simulation of chemical process systems. Emphasis on solutions of differential equations as well as optimization. Preparation and execution of computer programs on digital computers.
Conductive, convective, and radiative heat transfers; design rating of heat transfer equipment.
Survey of materials intended for biological applications, materials for medical implants and appliances will be covered. Discussions of various aspects pertaining to the selection, processing, testing and performance of biomedical materials. The biocompatibility and applicability of metallic, polymeric, ceramic and other materials are discussed.
Technical presentations by guests and graduate students. Discussion and interchange of ideas.
Fundamental performance of biomaterials. Topics such as biological processes, developing biomedical instrumentation, and smart biomaterials will be covered. The emphasis also include structure-property-function relationship of various biomaterials such as polymers, ceramics, and metals. Students will be exposed to a highly interdisciplinary field and gain experience at the intersection of engineering and biological systems, advancing their scientific knowledge in specific areas.