Physics and Engineering Dual Degree
Want a degree in both physics and engineering? Want to do it all in five years? UW-Eau Claire has a dual degree program that allows students to receive a physics degree in conjunction with an engineering school degree. You’ll start by taking a number of courses in physics, chemistry and computer science, as well as math, English and general education. After successfully completing the course requirements and meeting the criteria, you can choose to transfer to either UW-Madison College of Engineering or the University of Minnesota Institute of Technology in the Twin Cities to begin the course work for an engineering degree.
Employers are particularly taken with the Dual Physics/Engineering graduates. Your enhanced breadth and depth of dual majors will set you apart from graduates with just an engineering degree.
You’ve got options
Because the courses for the first two years of the dual degree program are the same as those for the pre-engineering program, students can wait until their junior year to make the decision to either pursue a dual degree in physics and engineering or transfer to an engineering school.
Math and physics are essential skills for anyone pursuing a career in engineering. The physics degree curriculum at UW-Eau Claire provides a stronger foundation in math and physics than those courses required for an engineering degree alone, and most UWEC graduates earn a minor in Math, further enhancing their employability.
At UW-Eau Claire you’ll find small classes taught by talented professors who know your name. You’ll work alongside faculty outside class, conducting research publishing scholarly articles, and sharing ideas!
UW-Eau Claire graduates more physics majors than most other colleges in the country, according to a recent American Institute of Physics study. One of those graduates, Jonathan Watson, is a scientist at MIT Lincoln Library, a federally funded research and development center. He works in the Air and Missile Defense Technology division. Watson said he was well-prepared for his graduate studies at MIT and his career, “The physics program provided a breadth to my undergraduate studies that I would have missed in more specialized engineering programs. The program provided a level of flexibility in working on technical problems that I wouldn’t have otherwise.”
- University Writing
on placement exam
For test out options, see
- General chemistry
I and II
- Wellness concepts
- Health related fitness
Note: Students planning to transfer to UW-Madison should consult with a dual degree adviser before signing up for a computer science course.
More advising information
Places you’ll find recent graduates:
- Grad schools,
University of Minnesota-
Twin Cities, Minneapolis,
- Production and System
Engineering, Oak River
Technology, Oakdale, MN
- Quality Engineer and
World Wide Shop Ship
Coordinator, IBM in
- Industrial Engineer,
Frederick, MN- Owner, Consulting Firm,
San Francisco, CA
- National Research
Johnson Space Center,
- Test Engineer at
More career information
Department contact information
Dual degree requirementsStudents must satisfy the 36-credit Liberal Arts Physics Major/Dual Emphasis requirements as well as the University and College of Arts and Sciences requirements. Students must meet the course requirements for their specific engineering discipline from either UW-Madison College of Engineering or the College of Science and Technology. Each engineering school has different entrance requirements and offers different fields within the program.
Engineering School Requirements UW-MadisonStudents must have a minimum 3.0 grade-point average to transfer into the College of Engineering at UW-Madison. Principal fields within the engineering program at UW-Madison are:
• Biomedical engineering • Chemical engineering • Civil engineering
• Computer engineering • Electrical engineering • Engineering physics
• Industrial engineering • Materials engineering
• Mechanical engineering • Nuclear engineering
UM-Twin CitiesStudents must have a 2.8 GPA to transfer into the College of Science and Technology. Principal fields within the engineering program are:
• Aerospace engineering • Civil engineering • Computer engineering
• Electrical engineering • Materials engineering • Mechanical engineering