Biological Engineering Graduate Programs
At a Glance
Biological Engineering is an engineering discipline of life sciences. With a large variety of specializations, our graduates solve today’s pressing problems in the areas of human health, sustainable environment, energy independence, and much more.
- Synthetic Biological Engineering & Bio Manufacturing
- Bio-Nanotechnology & Materials
- Tissue and Cellular Engineering
- Biology-Inspired Sensors and Biosensors
- Biofuels from Algae and Lignocellulose
- Metabolic Engineering
- BioMEMS & Biomicrofluidics
- Multiple project funding opportunities
- Make-up courses available for non-engineering B.S. students or qualifying FE exam score
- High faculty to student ratio
- Breadth of topics/Interdisciplinary
- Hands on research opportunities
- Growing job market
- Broad bio-based engineering discipline
- Post-MS PhD - (36 credits)
- Post-BS PhD - (60 credits)
- Master’s Plan A - For students who wish to continue to a PhD program. Includes a thesis. (30 credits)
- Master’s Plan B - For students who will not be continuing to a PhD program. Includes a report instead of a thesis. (30 credits)
- Availability of a suitable faculty advisor
- TOEFL score above 550 (paper-based) or 79 (internet-based) if English is a second language
- Availability of financial assistance
Biological engineers are needed in industry, academia, medicine, manufacturing, law, marketing, sales, research, and pharmaceutical companies.
Our alumni have been hired by companies such as Thermo Fischer Scientific, GE Healthcare, Campbell Scientific, and NASA, among many others.
Employment in biological engineering will grow at over 20% per year in the next decade, at highly competitive starting salaries (Source: U.S. Bureau of Labor Statistics).
Utah State University is an affirmative action/equal opportunity institution.