Doane University

What you'll study

The Engineering Physics degree mixes core physics and engineering principles with a strong mathematics foundation and hands-on laboratory work. The curriculum typically begins with foundational courses in calculus, linear algebra, classical mechanics, electromagnetism, and modern physics, then progresses to applied and engineering-focused modules.

• Core physics and maths: Classical mechanics, electricity and magnetism, quantum mechanics, thermodynamics, statistical mechanics, differential equations and linear algebra.
• Engineering and applied subjects: Circuits and electronics, materials science, solid mechanics, control systems, fluid mechanics and heat transfer, instrumentation and measurement.
• Computational and laboratory skills: Scientific programming, numerical methods, data analysis, computational modelling, and multi-semester laboratory sequences emphasising experimental design and instrumentation.
• Capstone and research: A senior capstone project or honours thesis involving independent experimental or computational research supervised by faculty, often with opportunities to present results at campus symposia.
• Flexible electives: Technical electives and interdisciplinary courses in areas such as optics, semiconductor physics, renewable energy systems, robotics, and engineering design allow students to tailor the degree to specific interests.

The programme is delivered with an emphasis on small classes and direct faculty mentoring, so students take part in laboratory work from early in the programme and are encouraged to engage in summer research or internship placements.

Entry requirements

Admission to the Engineering Physics bachelor’s programme at Doane typically requires a high school diploma or recognised equivalent with strong achievement in mathematics and science. Successful applicants usually have completed courses in:

• Algebra II and pre-calculus or calculus
• High school physics and chemistry
• English and laboratory science coursework

Doane evaluates applications holistically. Applicants should demonstrate quantitative readiness and an ability to work independently; transcripts, letters of recommendation (preferably from science or maths teachers), and a personal statement describing interest in physics and engineering are all important. International applicants must meet university-wide language and credential requirements.

Career prospects

Graduates with a degree in Engineering Physics leave with a versatile skill set valued in both industry and academia. Common career paths include:

• Instrumentation, test and measurement roles in laboratory and industrial settings
• Systems and design engineering positions in sectors such as electronics, aerospace, renewable energy and manufacturing
• Technical roles in software, data analysis and modelling
• Technical sales and field engineering where applied physics knowledge is a differentiator
• Further study: many graduates go on to pursue graduate degrees in physics, applied physics, or engineering disciplines (mechanical, electrical, materials, optical, etc.)

Doane’s focus on undergraduate research, internships and close faculty contact helps students build a professional portfolio, secure internships, and prepare strong applications for graduate programmes or employment.

Why study at Doane University

Doane’s small-campus, liberal-arts environment is designed for students who want close mentorship and a broad intellectual foundation alongside technical training. Key advantages include:

• Small class sizes and direct faculty access: Students work closely with faculty on laboratory work and research projects rather than being shunted into large lecture courses.
• Undergraduate research opportunities: Faculty-led projects and an emphasis on capstone experiences allow students to gain hands-on experimental and computational experience.
• Practical laboratory facilities: Teaching and research labs equipped for electronics, optics, materials testing and instrumentation support a practical, skills-based education.
• Interdisciplinary education: The liberal-arts setting encourages communication skills, ethical reasoning and a broad perspective that complements technical expertise.
• Career support and experiential learning: Career services, internship support and alumni connections help students transition into the workforce or graduate school.

Together, these features make Doane a strong choice for students seeking a rigorous, hands-on Engineering Physics degree in a personalised undergraduate environment.