The degree requirements for the bachelor of science in engineering consist of general education courses, the engineering major, and one area of concentration.

The bachelor of science (B.S.) degree with a major in biomedical engineering is designed to provide an engineering background for students planning to pursue advanced studies in biomedical engineedring, medicine, or other health professions. This degree is not designed for students who want to enter directly into the practice of professional engineering following undergraduate study.

In addition to courses required for the engineering major, students must complete 40 credit hours in the computer engineering area. These include 19 credit hours of electives.

In addition to the courses taken for the engineering major, 40 credit hours must be taken in the electrical engineering concentration. Technical electives should be chosen to that there are sufficient engineering science and engineering design components that will prepare them for professional practice in the electrical engineering area.

In addition to the courses taken for the engineering major, 40 credit hours must be taken in the mechanical emphasis concentration. Technical electives should be chosen so that there are sufficient engineering science and engineering design components that will prepare them for professional practice in the mechanical engineering area.

The engineering physics major is designed to provide the necessary tools for the student to become a professional physicist who may choose to enter industry, professional school, and/or graudate school. Application of physics concepts in engineering is emphasized in various courses. Students do a design or research project for the senior paper.

Having been recently introduced, the environmental engineering major is not yet ABET accredited. Until the program receives accreditation, students are encouraged to complete a graduate degree before seeking employment in industry.