Transfer
CONTACT PERSON: Scott Klingenstein • Jack Science Center 124A • 224-5518 • Scott.Klingenstein@bsc.nodak.edu

The engineering curriculum at BSC provides students with basic courses in science, mathematics and other areas required by most engineering schools. Students who complete the requirements receive an Associate in Science degree, and are ready to transfer to the engineering college of their choice with junior standing.

Through agreements between BSC and the University of North Dakota and between BSC and North Dakota State University, BSC engineering students may transfer to either university to compete equally with juniors enrolled at UND or NDSU for scholarships and class registration. Students should apply for joint admission to BSC and the engineering program at the university of their choice (UND or NDSU) to facilitate the transfer process. For complete details, contact the associate professor of engineering.

One of the strengths of BSC’s engineering curriculum is that students have two options for completion of the curriculum. Those who need to review math and science skills necessary to succeed in engineering may choose Option 2, which may take three years to complete. Students who have taken college preparatory courses and who are ready to enroll in calculus and chemistry may choose Option 1. The suggested curriculum for both options is listed below.

Careers and work activities of engineers vary widely. Among the numerous branches of engineering are: agricultural, chemical, civil, construction, electrical and electronic, geological, industrial, mechanical, transportation, bio-engineering and construction management.

Work activities of engineers may include research, design, sales, manufacturing, testing, installation, development, teaching, consulting, business and management.

Engineers should have an analytical mind, the capacity for detail, creativity, be able to work as part of a team, and be able to express themselves both orally and in writing.

High school students planning to major in engineering should study physics, chemistry, and as much math as possible. Because of the strong emphasis on computer applications in all fields of engineering, students should be proficient at keyboarding. Knowledge of word processing, spread sheets, and computer programming is also helpful.

Students should refer to the catalog of the school where they plan to complete their bachelor’s degree requirements and modify this curriculum if necessary.

Career Possibilities: Engineer (several fields), Research and Design Engineer, Engineering Management.

It’s strongly recommended that students see an adviser before registering for classes. An adviser will help with your schedule of classes based on your chosen field of engineering and the school where you plan to complete a bachelor’s degree. The adviser will help you modify this suggested curriculum, if necessary.