Lynn University

What you'll study

The programme provides a strong foundation in classical and modern physics alongside specialised modules in nuclear and particle physics. You will study core subjects such as classical mechanics, electromagnetism, quantum mechanics and statistical mechanics, supported by mathematics for physicists and computational physics. Specialist courses focus on nuclear structure, radiation physics, particle physics and detector instrumentation. Practical laboratory work is integral to the programme, including electronics and radiation detection labs, hands-on experiments, and computational modelling.

Students typically follow a curriculum that balances lecture courses, weekly laboratory sessions and a capstone research project or senior thesis. Elective options allow deeper study in areas such as accelerator physics, nuclear energy and radiation safety, medical physics applications, and advanced computational methods. Many students also undertake internships or independent research under faculty supervision to gain applied experience.

Entry requirements

Entry is at bachelor level and requires a completed secondary school qualification equivalent to a US high school diploma. Successful applicants normally demonstrate strong achievement in mathematics and physics. Typical evidence includes high school transcripts showing rigorous coursework (calculus, algebra, physics), teacher references, and a personal statement indicating interest in experimental and theoretical physics.

International applicants should provide the equivalent secondary qualification and proof of English language proficiency where required. The university considers applicants holistically; advanced standing may be awarded for recognised college-level or Advanced Placement (AP) physics and mathematics credits. Applicants are encouraged to contact admissions for specific guidance on transfer credits and portfolio documentation of laboratory or research experience.

Career prospects

Graduates with a specialism in nuclear and particle physics are well placed for a range of careers. Common pathways include:

• Progression to graduate study (MSc, PhD) in physics, nuclear engineering, medical physics or related disciplines.
• Research and technical roles at national laboratories, research centres and university groups working on nuclear science and high-energy physics.
• Applied roles in the nuclear power industry, radiation protection and regulatory bodies, and environmental monitoring.
• Medical physics, including roles supporting diagnostic imaging and radiation therapy after appropriate postgraduate training and certification.
• Data analysis, instrumentation and engineering roles in industries that value strong quantitative, programming and experimental skills.
• Secondary school or college teaching following appropriate certification where required.

The hands-on laboratory training and computational experience developed on the programme are also attractive to employers in technology, defence, instrumentation and scientific consultancy.

Why study at Lynn University

Lynn University offers a personalised learning environment with small class sizes and close faculty mentorship, which is particularly valuable in laboratory-focused subjects like nuclear and particle physics. The programme emphasises experiential learning through well-equipped teaching laboratories, research projects and opportunities for internships with regional industry and research institutions.

Students benefit from an integrated career development programme and active support in applying for graduate study or professional roles. The campus location provides access to research and internship opportunities in South Florida and beyond, and students can supplement their studies through study-abroad options and interdisciplinary electives that broaden career opportunities.