Biosystems Engineering (B.S.)
Clemson’s biosystems engineering program is dedicated to studying the footprints our bright ideas may leave on the Earth and developing new designs to achieve our goals and minimize our ecological impact. Students may choose between two main paths of study that include sustainable bioprocess engineering, with its basis in microbiology, and ecological engineering, with its basis in ecology. The field focuses on the sustainable production of biorefinery compounds (biofuels, bioactive molecules and biomaterials) using metabolic pathways found in nature and green processing technologies. Further, biosystems engineering encompasses the design of sustainable communities utilizing low-impact development strategies (bioretention basins, rainwater harvesting) for stormwater retention and treatment — and ecologically sound food and energy-crop production.
- Our faculty and students conduct research that addresses major issues that challenge our planet's sustainability.
- Students will choose between two emphasis areas for this major: bioprocess engineering and ecological engineering.
- We offer a five-year plan to get your bachelor's and master's degrees.
- Undergraduates can join many Creative Inquiry teams focusing on biodiesel plant operation, biohydrogen production, microbial fuel cells, algal biofuels and green infrastructure/low impact development.
- All students planning to choose an engineering discipline will apply to Clemson as a general engineering major.
WHAT YOU'LL STUDY
Freshmen who major in engineering at Clemson are initially admitted into our general engineering program, where you’ll have a year to explore many different engineering disciplines, meet faculty from each of our engineering departments and discover which major fits your personal interests and talents. On the admissions application, you will apply as a general engineering major.
A degree in biosystems engineering opens doors to vast career opportunities ranging from biofuel production to ecological design. To prepare you, classes include engineering science, life sciences and biosystems engineering in bioprocessing, biological kinetics, heat/mass transport, hydrology and ecological engineering.
Sustainable Bioprocess Engineering Emphasis: The sustainable bioprocessing engineering area focuses on the microbial conversion of compounds to high-value products using green processing techniques and recycling waste heat, water and nutrients. This area includes biorefinery design to produce biofuels, nutraceuticals, biomaterials, and extraction and separation of byproducts.
Ecological Engineering Emphasis: The ecological engineering track allows students to apply engineering and ecological principles to conserving and enhancing Earth’s resources. Students will learn ecological designs (permeable pavement, bioswales, green infrastructure) and how to integrate biological sustainability concepts into energy, water and food systems.
Combined Bachelor’s/Master’s Program: With this program, you can apply eight credits of your Bachelor of Science course work toward your Master of Science in biosystems engineering, environmental engineering or bioengineering.
- Environmental Science and Policy
- Wildlife and Fisheries Biology
Your college decision isn't really about the next four years. We get it. It's about what doors are opened by your degree and whether those opportunities are what you had envisioned for yourself. Here's a snapshot of what life after graduation looks like for some of our most recent students.
WHERE OUR RECENT GRADUATES HAVE GONE
Thomas & Hutton
Water Resource EIT
Harper General Contractors
Water Resources EIT
Wildlands Engineering Inc.
R&D Process Engineer
Sugarleaf Labs Inc.
RECENT POSTGRADUATE STUDIES
M.S. Civil Engineering
M.S. Engineering and Technology Management
Colorado School of Mines
COMMON CAREER AREAS
- Bioprocess Engineering
- Biofuels (Biodiesel, Ethanol, etc.)
- Processing and Bioseparation of Materials
- Treatment System Design and Operation
- Municipal Wastewater
- Solid Wastes
- Soil and Water Conservation
- Erosion and Sediment Control
- Construction Sites
- Reclaimed Mines
- Stormwater Management
- Hydrologic and Water Quality Phenomena
- Measuring and Monitoring Hydrologic Phenomena
- Protecting Water Resources from Waste-Management Operations
- Machinery Systems and Controls
- Collection and Use of Spatial Information
- Sensor Development and Control of Equipment Using Sensors:
- Crop and Process Yield Monitors
- Instrumentation and Control Systems
- Site-Specific Control of Machinery:
- Agricultural Tillage
- Chemical Application Equipment
- Biosystems Engineering
- Natural Resources
- Food Engineering
Used with permission from the University of Tennessee.
FIND OUT MORE
Have more questions or want more information? Fill out the form below, which goes directly to the following department contact. If you’d also like to receive general University information from Clemson’s admissions office, please follow the link to the right and sign up to join our mailing list.
CECAS Undergraduate Recruitment Director