undergraduate

• Fall : MAT 17A, CHE2A, GE, BIS 5
• Winter: MAT 17B, CHE 2B, BIS 2B, FRS
• Spring: MAT 17C, CHE 2C, BIS 2C, FRS
• Summer Session 1: BIS 2A, EC
• Summer Session 2: PHY 7A, GE

• Fall: PHY 7B, CHE 118A, GE, GE
• Winter: PHY 7C, CHE 118B, GE, GE
• Spring: NPB 110A, CHE 118C, GE, GE
• Summer Session 1: STA 100, GE
• Summer Session 2: BIS 101, GE

• Fall: NPB 110B, BIS 105, UD EC, Elective (UD)
• Winter: NPB 1

Identifying Potential Research Mentors
1. Determine what most interests you in your discipline. In other words, define a research area (e.g. molecular biology, materials science, nanotechnology, plasma physics, analytical chemistry, computer architecture, etc.).

The courses listed below have a Course Material and Service Fee to cover the costs associated with the lab/course. 

The major provides the foundations for a challenging career.  It serves as a basis for further training in schools of human and veterinary medicine, medical technology, physical therapy, pharmacy, dentistry, optometry, and other health sciences. The major also provides the scientific foundation for employment in health care, pharmaceutical and biotechnology industries. Students interested in high school teaching, college level teaching, or research may use the program as preparation for advanced degrees.