The 3+2 Engineering Program offers students the unique opportunity to earn two degrees in approximately five years—a B.S. in Mathematics from Claflin University and a B.S. in Engineering from Clemson University. This dual-degree pathway combines the analytical depth of applied mathematics with the technical expertise of engineering, preparing graduates to solve complex problems that require both advanced quantitative reasoning and practical engineering skills.
During the first three years at Claflin, students build a strong foundation in mathematics, physics, and computer science, with a focus on applied and computational methods. The final two years at Clemson immerse students in specialized engineering coursework, laboratory experiences, and design projects in their chosen engineering discipline (such as mechanical, civil, electrical, or industrial engineering). This integrated approach equips graduates with a rare and highly sought-after combination of theory, computation, and hands-on engineering practice.
Student Opportunities
Students benefit from small-class mentoring at Claflin and access to Clemson’s state-of-the-art engineering labs, research centers, and industry partnerships. Early exposure to applied mathematics projects at Claflin sharpens problem-solving skills, while the Clemson experience provides extensive design, prototyping, and implementation opportunities.
The program encourages participation in:
- Undergraduate research in applied mathematics and engineering
- National competitions such as the Mathematical Contest in Modeling (MCM) and engineering design challenges
- Internships and co-op programs with technology companies, manufacturing firms, research labs, and government agencies
Students also have opportunities to network through departmental seminars, joint Claflin–Clemson events, and professional conferences.
Careers and Outcomes
Graduates of the 3+2 Applied Mathematics / Engineering program are exceptionally prepared for careers where
mathematical modeling meets engineering innovation. They can pursue positions in engineering, data science, applied research, and technology development, as well as advanced graduate study. Common career paths include:
1
Mechanical Engineer — Designs, tests, and improves mechanical systems and devices.
2
Civil Engineer — Plans and oversees infrastructure projects such as bridges, roads, and water systems.
3
Electrical Engineer — Develops and implements electrical systems for power, communications, and electronics.
4
Industrial Engineer — Optimizes complex processes to improve efficiency, safety, and cost-effectiveness.
5
Systems Engineer — Integrates mathematical modeling and engineering principles to manage large, complex projects.
6
Data Scientist / Data Engineer — Uses mathematical modeling, statistics, and computational tools to solve engineering and business challenges.
7
Operations Research Analyst — Optimizes systems and processes through mathematical modeling and decision analysis.
8
Environmental Engineer — Uses engineering and applied mathematics to address sustainability and environmental challenges.
9
Aerospace Engineer — Designs and analyzes systems for aircraft, spacecraft, and satellites.
10
Research & Development Specialist — Combines applied math and engineering expertise to innovate new technologies.
This dual-degree program produces graduates who are problem-solvers, innovators, and leaders—well-positioned to thrive in industries where advanced mathematics and engineering intersect.