Otterbein College

What you'll study

The programme requires a sequence of mathematics, engineering and physics courses plus electives at the 3000‑level or above. Required math: Calculus I (MATH 1700), Calculus II (MATH 1800), Linear Algebra (MATH 2500) and Multivariable Calculus (MATH 2700). Required engineering courses: Dynamics (ENGR 2100) and Thermal‑Fluid Science (ENGR 2200). Required physics courses: Principles of Physics I (PHYS 1500), Principles of Physics II (PHYS 1600), Principles of Modern Physics (PHYS 2700), Theoretical Mechanics (PHYS 3050), Electricity and Magnetism (PHYS 3100), Electrodynamics (PHYS 3150) and Advanced Lab (PHYS 3500, WI). Electives: four 3000+ level courses (12 hours) in ENGR or PHYS, with at least one from each department. The programme stresses programming, numerical analysis and data visualization, laboratory skills, and written and oral scientific communication.

Entry requirements

The source page does not list specific admission criteria. Prospective applicants should consult Otterbein University's admissions office or the programme page for standard undergraduate entry requirements and any prerequisites.

Career prospects

Graduates are prepared for advanced study in physics or engineering as well as technical and professional roles that value strong problem solving, computational abilities, experimental experience and cross‑disciplinary fluency. Typical directions include graduate programs, engineering roles with mechanical/electrical/industrial emphases, research positions, and other technical careers where adaptability to new technologies is important.

Scholarships & funding angle (general)

The programme description does not specify scholarships. Students should explore university scholarships, departmental awards, research assistantships, and external funding; participation in faculty research and the GEAP pathway can also strengthen applications for funded graduate opportunities.