Medical Science is of fundamental importance to the health and well-being of all people. The Medical Science Concentration within the unique Polymer and Color Chemistry degree program is designed to help students interested in an applied science degree with the flexibility to take a variety of biomedical-related courses that will help them succeed in a medical-related career.
The concentration was established several years ago in response to students wishing to complete all pre-requisites for a successful application to medical school or other professional health-based programs. Students completing this concentration with a good GPA have been successful in gaining entrance into medical schools.
An excellent concentration that has successfully prepared students for entrance to health-based professional degrees leading to:
- Medical Doctor
Also, excellent career opportunities exist as a:
- Medical Technologies Scientist
- Medical Science Researcher
- Health Care Manager
Students in the Medical Science Concentration have a flexible set of courses that they can select for their specific medical-related interests, including:
- Biology (multiple courses)
- Statistics for the biological sciences
- Undergraduate research in medical science and technologies
The program is designed to be flexible to allow for a variety of medical-related interests.
While engineering calculus and physics are encouraged non-engineering calculus and physics are accepted.
A minimum of C- is required to successfully pass CH101, CH221, CH222, CH223, CH224, CH331 or TE303, PCC106, PCC301
Advised Electives Group 1: Select one from ARE201, EC201, EC205
Advised Electives Group 2: Select one from BIO212, BIO250, BIO414, MB411, GN311, ST311, MT366, MT381, MT432.
PCC Electives: Select one from PCC402, PCC407, PCC410, PCC420, PCC462, PCC466, PCC471, PCC474, PCC490, PCC492C
Courses & Curricula
- Polymer and Color Chemistry (BS): Medical Sciences Degree Curriculum
- Polymer and Color Chemistry (BS): Objectives and Outcomes
For More Information
Contact Dr. Ahmed El-Shafei, TECS Department, Wilson College of Textiles, NC State University