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Materials processing methods in electronics and related industries; crystal contamination control, growth, diffusion, etching, epitaxy, ion implantation, lithography, and other topics.

The course will cover advanced chemical reaction kinetics, rate laws and reactor design with an emphasis on heterogeneous and catalytic reaction systems involving interphase and mass transfer effects.

An introduction to computer control and to some of the common control strategies applied to the design of complex chemical process control systems.

Efficient isolation and purification of biological products, especially proteins, from complex natural mixtures.

This course will introduce fundamental principles of the interactions between light and biological tissue, including their applications in biology and medicine for detection, imaging, and treatment.

This class describes the engineering of pharmaceutical delivery systems emphasizing design and application of materials and novel techniques to overcome challenges or barrier to effective drug delivery. Topics will include drug delivery fundamentals...

Data analysis is a major skill that is required to solve problems as well as to design and develop biotechnology solutions and medical devices. A bioengineer must not only apply the long standard general statistical methods in order to analyze data...

This course will provide an introduction to materials used in biomedical applications. It will provide students with an understanding of the fundamental principles and language associated with current biomaterials research and to understand the...

This course focuses on the events that occur after the 'solution concept freeze' in the medical device development process, including device designs, clinical evaluation, quality systems, manufacturing processes, regulatory and legal compliance.

Tissue engineering research continues to attract the interest of researchers and the general public. Popular media outlets like the New York Times, Time, and Wired continue to engage a wide audience and foster excitement for the field as regenerative...

This course builds upon students' undergraduate knowledge/experience in circuit analysis and biological signal quantification/processing. Using analog and digital filtering/processing techniques, students will analyze real data sets related to cell...

This course will introduce fundamental principles and mathematical/physical models for air and blood flow in the physiological systems. Their practical applications will be discussed, with an emphasis on modeling and the potential of flow studies for...

Computational biomechanics is a powerful engineering method to model fluid-structure interaction in biological systems. While its traditional roots are in the realm of engineering, the techniques have found wide use in the biomedical engineering...