Lynn University

What you'll study

This programme blends core courses in physics and mathematics with engineering-focused subjects and hands-on laboratory work. Early years emphasise foundational topics such as classical mechanics, electromagnetism, calculus and differential equations, while intermediate and advanced courses cover quantum mechanics, statistical mechanics, thermodynamics and materials science. Engineering and applied modules commonly include electronics and circuit design, computational methods and numerical modelling, optics and photonics, control systems and instrumentation.

Laboratory experience is built into the curriculum through physics labs, electronics labs and project-based courses. Students undertake design projects and a senior capstone or research thesis, applying theory to complex, real-world problems. Electives and technical tracks allow focus in areas such as applied optics, semiconductor physics, renewable energy systems, or computational physics. Coursework also incorporates professional skills: technical communication, data analysis, and teamwork through collaborative projects and presentations.

Entry requirements

Applicants should hold a recognised secondary school diploma with a strong background in mathematics and science. Typical preparation includes advanced coursework in mathematics (calculus) and physics; additional preparation in chemistry or computer science is helpful. Lynn University considers the full application package, including transcripts, letters of recommendation, and a personal statement demonstrating interest in quantitative science and engineering.

Standardised tests may be considered according to the university's admissions policies; applicants from non‑English speaking countries normally need to show proficiency in English through an accepted test or alternative evidence of English language ability. Transfer applicants should provide college transcripts and details of completed STEM coursework to support placement in the programme sequence.

Career prospects

Graduates with a degree in Engineering Physics are well placed for technical and interdisciplinary roles where deep scientific knowledge and practical engineering skills are required. Common career paths include roles in research and development, design engineering, optical and photonics engineering, semiconductor and materials industries, aerospace and defence, instrumentation, and renewable energy technology. Graduates also move into data science, software engineering and technical consulting, or continue to graduate study in physics, applied physics, engineering or related fields.

The programme’s emphasis on lab work, projects and communication prepares students for employer expectations and for postgraduate research. Career services and internship support at the university help students secure industry placements and co‑op opportunities to build professional experience before graduation.

Why study at Lynn University

Lynn University offers small class sizes and a personalised learning environment that enables close faculty mentoring and active, discussion-based teaching. The institution emphasises experiential learning: students can engage in undergraduate research, hands-on lab work and interdisciplinary projects that bridge physics and engineering practice.

Facilities supporting the programme include modern teaching laboratories, electronics and fabrication resources, and computing resources for simulation and data analysis. The university’s focus on career preparation, internship placement and industry connections helps students translate academic skills into professional opportunities. For students seeking a balance of rigorous theory and applied engineering experience in a supportive, student-centred setting, Lynn’s Engineering Physics programme provides a solid foundation for technical careers or further study.