Engineering Dual Degree Program

A student works with a milling machine in the Physics Machine Shop in the Science Center.

Get your gears turning towards real solutions

What is Engineering?

Engineering is the art and science of solving real problems. Engineers design systems, materials, structures, tools, and technologies that improve daily life. They analyze how things work, ask what could work better, and use mathematics, physics, and creativity to build solutions that shape the world.

Why study Engineering?

Engineering is a pathway to careers that make a tangible difference. From renewable energy to medical technology to transportation systems, engineers influence every major challenge in the world. Studying engineering equips you with the analytical precision, conceptual creativity, and real-world sense of how systems work that employers rely on.

If you are curious about how things function, want to design solutions, or hope to contribute to fields such as mechanical, electrical, civil, biomedical, or chemical engineering, this pathway gives you strong preparation for advanced engineering study and a degree that opens doors.

Why study for Engineering at Beloit College?

At Beloit College, engineering means strong foundations in problem solving, modeling, design thinking, and hands-on experimentation. You learn how to think like an engineer before transferring to a partner university to complete an ABET accredited engineering degree.

Engineering at Beloit College begins with a personalized, high-support experience that prepares you to thrive in top engineering programs. You will build a strong foundation in math, physics, computer science, and chemistry while developing the communication, collaboration, and creative problem-solving skills that employers expect from modern engineers. Faculty mentors guide you from your first semester through the transfer process, helping you choose courses, specialties, and pathways that match your goals.

Beloit College offers dual degree options known as 3-2 and 4-2 pathways which give the option to spend two or three years at the partner institution, depending on whether you pursue a bachelor’s or master’s degree. You spend three or four years at Beloit College, and then complete your engineering studies at a partner institution such as Rensselaer Polytechnic Institute (RPI), Washington University in St. Louis (WashU), or Columbia University. Students who meet the required coursework and GPA and receive a positive faculty recommendation are very likely to be admitted to RPI and WashU, with priority consideration at Columbia.

The combination of rigorous preparation and hands-on opportunities makes Beloit College unique. By the time you transfer, you will already know how to think like an engineer, work effectively in teams, and apply your knowledge in real-world settings. You might build prototypes in the Machine Shop, experiment in the linear accelerator lab, or design and fabricate projects in the Center for Entrepreneurship’s Maker Lab. Starting your engineering journey at Beloit College gives you a strong, well-rounded foundation and a mentoring community committed to your long-term success.

Details

Degree Level
Undergraduate, with potential for Graduate
Degrees
Bachelor of Arts (B.A.) or Bachelor of Science (B.S.), with potential for Masters of Science (M.S.)
Specialization
Dual Degree Program
Credits Required
10+ units (40 semester hours)
Format
In-person
Partner Institutions
Columbia University, Rensselaer Polytechnic Institute, and Washington University in St. Louis
Related Departments & Schools
Related Offerings

Maker Lab supervisor Adwyn Burdett'27 experiments with a motherboard. At Beloit College's Center for Entrepreneurship (CELEB), the student-run Maker Lab helps students bring ideas to life in a workshop stocked with tools, supplies, and equipment.

A student monitors the equipment for the particle accelerator. Physics and engineering students gain hands-on experience by helping build and maintain a Van de Graaff particle accelerator in the college's Center for the Sciences.

Engineering curriculum

Students complete foundational coursework in mathematics, physics, chemistry, and computer science, as well as design-oriented and laboratory based classes that prepare them for advanced engineering study.

Engineering outcomes

Graduates of Beloit College’s engineering program enter their partner engineering institutions with strong preparation in foundational coursework, laboratory practice, and design thinking. They develop the analytical habits needed to tackle technical challenges and the communication and teamwork skills that modern engineering demands.


Your Next Steps

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