Compare two majors
Pick any two majors to see courses, skills, and typical career roles side by side. Useful if you're weighing two options that sound similar, like Computer Science vs. Data Science, or Biology vs. Biochemistry.
Engineering
Biomedical Engineering
Applying engineering principles to medicine and the human body.
Typical courses
- ✓Human Physiology & Anatomy
- ✓Biomechanics
- ✓Circuits for Bioengineers
- ✓Biomaterials
- ✓Biomedical Instrumentation
- ✓Signals & Systems
Skills you'll build
Applying engineering principles to biological systemsUnderstanding human anatomy and physiologyDevice design and prototypingWorking with biomaterialsSignal processing for medical instrumentationRegulatory awareness (medical device standards)Cross-disciplinary collaboration with clinicians and scientists
Good fit if you...
- ★Interested in both engineering and human biology
- ★Motivated by solving medical or health-related problems
- ★Strong in physics, biology, and math together
- ★Comfortable working across engineering and clinical fields
Engineering
Mechanical Engineering
Designing machines and physical systems, from engines to robots.
Typical courses
- ✓Statics & Dynamics
- ✓Thermodynamics
- ✓Fluid Mechanics
- ✓Mechanics of Materials
- ✓Machine Design
- ✓Heat Transfer
Skills you'll build
Applying physics and calculus to real systemsCAD modeling and technical drawingDesign for manufacturingPrototyping and hands-on fabricationSystems thinking (how components interact)Technical problem-solving under constraintsWorking in engineering design teams
Good fit if you...
- ★Strong in physics and math, and likes applying both
- ★Enjoys building and tinkering with physical objects
- ★Comfortable with CAD software and hands-on lab work
- ★Interested in how machines and mechanisms work
Roles this could lead to
This comparison covers what each field of study typically includes. It's not a ranking, and it isn't a guarantee of course availability or outcomes at any specific school. See our disclaimer.