Cost & earnings at Augustana University What students borrow here, and what they go on to earn
Engineering Physics graduates earn a median $60,171 Across 140 US programmes, two years after finishing
See the degree grade →The Bachelor’s in Engineering Physics at Augustana University combines foundational physics with applied engineering problem‑solving, aimed at students who want a rigorous, hands‑on preparation for technical careers or advanced study. It suits curious learners who value a liberal‑arts environment with close faculty mentorship and opportunities for undergraduate research and internships.
The Engineering Physics curriculum blends core physics theory with applied engineering and mathematics to develop analytical, experimental and computational skills. Students study classical mechanics, electromagnetism, modern physics, thermodynamics and statistical mechanics alongside multivariable calculus, differential equations and linear algebra. Applied coursework typically includes electronics, materials science, instrumentation and numerical methods, with laboratory courses integrated throughout the programme to emphasise measurement, data analysis and experimental design.
Programme structure is flexible to accommodate elective choices and project work. Many students undertake a senior capstone project or thesis involving original experimental or computational research under faculty supervision. Internship and practicum options allow students to apply skills in industry, national laboratories, or local technology firms. The liberal arts curriculum at Augustana also ensures breadth through humanities and social science courses, communication training and ethics, preparing graduates to work across interdisciplinary teams.
Admission to Augustana University follows the institution's undergraduate admissions processes. Applicants should hold a high school diploma or equivalent and present a record of strong academic preparation. Successful candidates typically have completed secondary coursework in algebra, geometry, precalculus or calculus, and high school physics and chemistry where available.
Because Engineering Physics is mathematically intensive, applicants are expected to be comfortable with algebra and early calculus concepts. Admissions decisions consider the whole application — including transcripts, personal statement, recommendations and any relevant extracurricular or lab experience — and standardised test submission policies are determined by the university’s current practice.
Graduates with a degree in Engineering Physics from a liberal arts university are prepared for a wide range of careers and further study. Direct career paths include roles in technical development, instrumentation, quality control, engineering support, data analysis and laboratory work. Many alumni pursue graduate study in engineering, physics, materials science, applied mathematics, or related fields; others move into fields such as software development, consulting, energy or advanced manufacturing.
Typical graduate destinations and roles include:
Augustana offers a small‑college setting with close faculty interaction, making it well suited to an intensive, undergraduate‑focused programme like Engineering Physics. Students benefit from hands‑on laboratory experience, opportunities for independent research, and a curriculum that pairs technical depth with a broad liberal‑arts education. Faculty mentors are accessible, and class sizes are generally small, allowing for personalised guidance on capstone projects and career planning.
The university’s emphasis on experiential learning and community engagement provides pathways to internships and collaborative projects with regional industries and research centres. Augustana’s advising resources help students plan for professional certification, licensure, or transfer to graduate engineering programmes where necessary to meet specific professional qualifications.
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