Engineering

Whether it’s prototyping or refining a product, creating a smarter financial investing model, designing more resilient infrastructure, inventing a piece of surgical equipment, or consulting on a sustainable energy project, WFU engineers deploy a vast skill set and are committed to inventing and innovating systems, processes, and materials. Infused with a healthy and productive liberal arts component, the Engineering program at Wake Forest transcends science and math to produce benefits for humanity.

• In the six graduating classes of the Engineering program, 43% of the graduates have been women. Nationally, women represent 25% of Engineering graduates over the past four years for which data are available (2021-24).
• Wake Forest has the nation’s only exclusively undergraduate Bachelor of Science in Engineering program with a curriculum grounded in a liberal arts tradition at a research university.
• Senior capstone projects in 2026 designed a portable, solar-powered trailer that can power electrical devices when natural disasters knock out electricity; built smart transport systems for transplant organs that seek to lengthen the viability of the heart and pancreas by up to one hour during journeys from donor to recipient; and refined exercise bikes for bed-ridden hospital patients.
• Women represent the majority of tenured and tenure-tracked faculty. The national average is approximately 16%.

The Engineering degree is offered as a Bachelor of Science (B.S.) and a minor.

---

Our model and curriculum educate the whole person and often help students discover interests they had never previously discovered. Students generally take 100-200 level courses during their first year of college, while registering for higher level courses as upperclassmen.

Sample courses^* that you may take as a Engineering student include:

* Course availability and offerings can change at any time. Refer to the Academic Bulletin to view all major requirements.

---

Each Wake Forest Engineering Major receives a tailored program of study. This program is developed in consultation with faculty, a major advisor, and program leaders. Students may pursue a concentration in Biomedical, Civil & Environmental, Electrical, Materials & Chemical, or Mechanical Engineering.

Students develop impactful and relevant skills to:

• Solve complex problems
• Create systems-based efficiencies
• Create novel products and solutions
• Envision ways to conserve and optimize resources
• Collaborate with a team to reach defined goals and objectives

---

Joining a club or organization is a great way to get involved and do more with your major. Our Engineering students participate in the following programs:

• STEM Academy
• Society of Women Engineers
• Robotics Club

---

Careers that often interest Engineering majors, and fields our graduates work in, include:

• Biochemical or Biomedical Engineers
• Chemical Engineers
• Civil Engineers
• Electrical Engineers
• Energy
• Healthcare
• Industrial Engineers
• Manufacturing Engineers
• Materials Engineers
• Mechanical Engineers
• Nanosystems Engineers
• Nuclear Engineers
• Renewable Energy Engineers
• Robotics Engineers

Graduates in the inaugural cohort of 2021 are working as cloud solutions engineers; research and development engineers in pharmaceuticals; healthcare analysts; supply-chain engineers; and portfolio managers, among other careers.