M.S. Chemical Engineering
The Future of Energy
Prepare for your future working to reduce pollution and energy consumption in manufacturing, managing hazardous waste and more in a program that teaches the research methods and investigative procedures required for this field. Work alongside faculty members with diverse expertise and experience state-of-the-art facilities and laboratory equipment, including the atomic force microscope (AFM) system.
Areas of Emphasis
- Nuclear materials, fuels, and systems
- Energy storage and conversion materials and systems
- Process control, neural networks, and autonomous vehicles
- Biochemical/biomedical materials, devices, and processes
- Biomaterials-tissue/cell engineering
- Environmental bioremediation
- Colloids, interfaces and complex systems
- Personalized Attention – Interact directly with faculty through small class sizes, 1-on-1 interaction, mentorship and advising. All faculty hold Ph.D.s in their field.
- Highest Early- and Mid-Career Salary – Graduate with the highest early-career salary of any 4-year public college in Idaho. You’re also more likely to graduate in 4-years. – PayScale 2019
- 98% Graduate With a Job or are enrolled in additional education. – 2016-2018 Career Services Outcomes Survey
- Hands-On Experience, Guaranteed - ALL U of I College of Engineering students participate in hands-on experiences, through paid graduate assistantships and programs, including Idaho Space Grant Consortium Fellowships, mentor-directed, career-related programs that contributes to NASA’s mission of exploration and discovery.
- International Competition Teams - Chemical engineering student teams frequently place top three in international design competitions.