Undergraduate Program

Department of Chemical and Biomedical Engineering

We offer a comphrehensive and rigorous Bachelor of Science in Chemical Engineering degree that prepares students for broad range of careers in industry, research, and graduate studies. Our program blends strong fundamentals with practical experiences, teaching students to apply principles of chemistry, physics, mathematics, biology, and economics to efficiently use, produce, design, transport, and transform energy and materials.

Gradutes from our program work in a wide array of industries including energy, biotechnology, environmental services, pharmaceuticals, and food processing. Our program is accredited by ABET, ensuring that it meets the highest standards in engineering education.

With small class sizes, award-winning faculty, and abundant opportunities for hands-on learning, our graduating students are prepared to develop innovative and sustainable solutions to meet global challenges in energy, health, and the enviornment.

Two people work together on a chemical project at a lab bench, assembling components, tubing, and wiring inside a cardboard box

Special Programs and Minors

Our curriculum is flexible and allows students to add depth and expertise in specific areas through elective coursework, minors, and special programs, including:

Biomedical Engineering Minor – for students interested in applying chemical engineering principles to medical devices, drug delivery, and tissue engineering. This minor prepares students for careers in the biotech and healthcare sectors or for further study in medical or graduate school. Learn More

Process Control and Instrumentation Minor – for students aiming to specialize in automation, control systems, and data analysis within industrial processes. This minor provides valuable technical skills for careers in manufacturing, process optimization, and systems engineering. Learn More

B.S./M.S. QuickStart Program – provides a streamlined path for high-achieving undergraduates to begin graduate coursework during their final year and complete both Bachelor's and Master's degrees in as little as five years. Learn More

Hands-on Opportunities – students have multiple ways to apply classroom learning to real-world engineering challenges, including laboratories, undergraduate research, internships, and more. Learn More

A woman in safety goggles and gloves examines a petri dish under a microscope in a laboratory settting