Cost & earnings at Augustana University What students borrow here, and what they go on to earn
Engineering-Related Technology graduates earn a median $57,318 Across 30 US programmes, two years after finishing
See the degree grade →The Bachelor’s in Engineering at Augustana University combines a broad liberal-arts foundation with a rigorous sequence of mathematics, science and engineering courses to prepare students for professional practice or continued study. It suits students who want a hands‑on, faculty-mentored undergraduate experience with strong preparation for entry-level engineering roles or for transfer into advanced engineering programmes.
The programme blends foundational science and maths with core engineering topics and laboratory work. Early years emphasise calculus, differential equations, physics, chemistry and computer programming to build analytical skills. Progressing into the major, typical modules include statics and dynamics, mechanics of materials, thermodynamics, fluid mechanics, circuits and electronics, materials science, systems and control, and engineering design. Students complete regular laboratory courses and computing assignments using industry‑standard tools for modelling, simulation and CAD.
A key element is a capstone design project in the final year where students work in teams to define, prototype and present engineering solutions, integrating technical analysis, project management and communication. Elective options may allow deeper study in areas such as structural design, energy systems, robotics and embedded systems. The curriculum also emphasises professional skills — technical writing, ethical practice, teamwork and experiential learning through internships or undergraduate research.
Applicants are expected to hold a secondary school qualification with strong performance in mathematics. Typical preparation includes courses in algebra, geometry, trigonometry and calculus, and a background in physics. Admissions will consider overall academic record, a personal statement describing interest in engineering, and letters of recommendation; evidence of practical experience (for example, robotics clubs, technical projects, internships) strengthens an application.
For transfer applicants, successful completion of first‑year university mathematics and science with competitive grades is required. International applicants should demonstrate comparable academic preparation and English language proficiency where applicable. Specific GPA thresholds, standardized test policies and documentation requirements are set by the university and should be checked with admissions.
Graduates are prepared for entry‑level roles in a range of engineering and technical fields or for continued study in specialised engineering master’s programmes. Career destinations commonly include mechanical, civil and electrical engineering firms, manufacturing and product development, energy and utilities, construction and infrastructure, aerospace, robotics, and consulting. The programme’s combination of design experience, lab skills and communication training also supports careers in technical project management, quality assurance, field service engineering and technical sales.
Many students pursue internships during their degree to gain workplace experience and build professional networks; others continue to professional accreditation paths or graduate study to specialise further in areas such as structural engineering, control systems, renewable energy or biomedical engineering.
Augustana offers a small-campus liberal-arts environment that emphasises close faculty mentorship and active learning. Engineering students benefit from hands‑on laboratory classes, opportunities for undergraduate research, and team-based capstone projects that mirror professional practice. The university’s advising and career services support internship placement and graduate-school preparation, while smaller class sizes allow personalised feedback and accessible faculty supervision.
Additionally, the curriculum’s liberal-arts component develops written and oral communication, critical thinking and ethical awareness — skills employers value alongside technical competence. Students who want a broad-based undergraduate education combined with rigorous engineering preparation and strong experiential learning opportunities will find the programme well suited to those goals.
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