From electrochemical engineering to process analysis and design, further your career as a process expert with this master's degree.

Learn the business context and leadership skills needed to uniquely position yourself for rapid advancement in technology-based organizations with this interdisciplinary, joint degree.

Develop technical as well as business, management and teamwork skills to advance your career and broaden your understanding of the practice of engineering in today's business environment.

Make transformative advances in nonlinear control systems, optimization, signal processing, production/manufacturing/operation systems, energy systems, decision making, and systems biology.

Push the field forward in the domains of reconfigurable processors, wearable computing, embedded systems development, and very large-scale integration (VLSI) design.

Delve into signal processing, optimization, feedback control, production/manufacturing systems, energy systems and systems biology.

Push the field of polymer science by making breakthroughs in polymer synthesis, chemistry, physics and engineering.

From polymer synthesis to chemistry to self-assembly and nano-materials, learn beyond-the-polymer-basics to broaden your career.

Advance the forefront of materials science and engineering by developing new theories and models or innovative approaches to materials processing, microcharacterization or engineering of materials with novel properties.

Advance your career—and technological innovations—with a more in-depth knowledge of the properties and capabilities of metals, ceramics, semiconductors and composite materials.