Engineering Physics
Bachelor of Science
Introduction
Engineer your future.
The study of physics explores how matter moves through space and time, from molecules to galaxies. Engineering focuses on finding practical solutions to real-world problems, big and small. Together, these areas of study give you a better understanding of how (and why) things work.
The Engineering Physics major at John Carroll University combines the tangible and theoretical, preparing you for high-demand careers in both growing and emerging industries such as biotechnology, sustainable energy, aerospace, civil engineering, materials science, and medical physics.
At JCU, you will develop far more than technical knowledge and proficiency. Rooted in the Jesuit liberal arts tradition, our program will also give you the communication, collaboration, and ethical decision-making skills needed to thrive in today’s engineering landscape.
An ABET-Accredited Engineering Degree
Accredited in General Engineering, effective retroactively from October 1, 2024 through 2032. ABET accreditation strengthens your opportunities with employers, supports your path toward professional licensure, and is recognized through international agreements — so your degree travels with you.
Project-Based Learning
Experiment and discover in modern lab facilities. Embark on an engineering design project. Our program is hands-on by nature, and you’ll get plenty of practical experience.
Immersive Internships
Gain engineering experience in the real-world. The Cleveland area is home to hundreds of innovative companies where you can put learning into practice—and make important career connections.
Student Involvement
Go stargazing or visit NASA with Society of Physics Students. Join the Engineering Club or other STEM-focused groups on campus.
Undergraduate Research
Pursue a summer research program. Assist a faculty member with their scholarly work. Present on campus at DISCOVER or at an academic conference.
Academics
Program Overview & Outcomes
As an engineering physics major at John Carroll, you will take a mix of physics, engineering, math, and chemistry courses. Through this blend of theory and lab classes, including exciting project-based courses, you will learn to:
- Identify, formulate, and solve complex engineering problems by applying principles of science, engineering, and mathematics
- Apply engineering design to produce solutions for a variety of issues
- Communicate complex and scientific ideas to a variety of audiences
- Exhibit ethical and professional awareness
Curriculum: What You Will Learn
You’ll combine advanced physics and mathematics with engineering design, computation, electronics, and laboratory problem-solving. The interdisciplinary curriculum develops the theoretical knowledge and practical skills needed to analyze complex systems and prepare for engineering careers, technical industries, or graduate study.
Related Programs
Still deciding on your program of study at JCU or considering a second major? Here are some other academic areas to explore.
Pathways
Your Path Forward Starts Here
Plan your future from day one. Finish faster with accelerated degrees or secure your spot with early assurance partnerships.
4 years
Bachelor of Science
Earn a B.S. in Engineering Physics at JCU, an ABET-accredited engineering program combining physics depth, hands-on design, and Jesuit formation.
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Your MBA, Accelerated
Future in Focus
Nine graduate credits count toward both degrees—building executive-level skills while completing your bachelor's. You pay your undergraduate tuition rate with financial aid applied. An MBA for the cost of a few extra courses.
Onward
JCU's Distinct Promise
Pathways are just the beginning.
Onward makes them happen.
From your first semester forward, Onward connects your goals with the people, experiences, and support that help you build momentum with purpose.
Complementary Minors
Develop even more specialized skills and knowledge with a minor. The engineering physics major pairs well with areas such as:
Careers
Where Our Alumni Go
Our alumni pursue engineering careers in a variety of industries, from electrical and aerospace to biomedical and mechanical. Many continue on to graduate programs in physics, engineering, and related fields.
