Course Description

Engg 81 (Dr.Rabbany)

A survey of applications of quantitative methods of engineering and physical science to problems in biology and medicine. Topics include biomechanics, including solids and fluids; biotransport in the lung and circulatory system; heat transfer in human and animal systems; biomaterials of surgical implants; biocontrol; and bioinstrumentation. Oral presentation in class and a written report are required. Open to bioengineering and biology majors. (3 hours lecture.)

Engg 182 (Dr.Rabbany)

This course is designed to introduce the students to the application of statics and dynamics to perform force analyses of the musculo-skeletal system. Introduction to the fundamentals of strength of materials and its application to deformable bodies. Biomechanics of soft and hard tissue and its application to organ systems. Linear viscoelastic models, incorporating a blend of both elastic and viscous characteristics, are analyzed. The course also provides a comprehensive background in biomaterials. Topics include mechanical, chemical and thermal properties of replacement materials and tissues. Implants are studied from the point of view of biological response of tissues and evaluation of biomaterials. (3 hours lecture.)

Engg 183 (Dr.Rabbany)

Seminar course uses nature as a basis for engineering design. Compares and contrasts biophysical systems at the molecular and cellular levels. Examines the inner workings of
a living cell and the varied mechanisms through which organs/tissues function. Enables students to appreciate engineering design considerations inherent to complete biological systems. Develops strategic insight into the proposal of bioartificial substitutes. Attempts to optimize potential substitutes by borrowing the finest structural qualities eclectically from biological lessons. Topics include cell structure, tissue engineering, biochemical kinetics, mass transfer, mathematical modeling and artificial organs.

TPP 14F (Dr.Rabbany)

Stem cells have become front page news. Why all the fuss? This course willexplore the biology of stem cells,
their potential uses in medicine and some of the challenges facing stem cell research from laboratory through to clinical applications.  It will then focus on the various types of stem cells including their isolation, growth, and potential in regenerative medicine. The moral, religious, and policy concerns surrounding this intensely debated area of science are also covered. This course is a freshman seminar specifically targeted as a distribution science course.