Simmons University

What you'll study

The programme combines core coursework in classical and modern physics, general and analytical chemistry, and earth and environmental science with mathematics and statistics to develop rigorous problem‑solving and laboratory skills. Students typically take sequential lecture and lab pairs to reinforce experimental technique, data analysis and scientific communication.

• Core modules: mechanics, electromagnetism, thermodynamics, introductory and modern physics topics, general chemistry and analytical chemistry.
• Laboratory and practical skills: foundational lab courses in physics and chemistry, instrument use, experimental design, safety and advanced measurement techniques.
• Supporting quantitative courses: calculus, linear algebra, probability and statistics, and computational methods for data analysis.
• Earth and environmental science elective options: geology, meteorology, environmental chemistry, and climate science, allowing interdisciplinary breadth.
• Electives and special topics: opportunities to study optics, materials science, biophysics, instrumentation or energy systems depending on interest and faculty offerings.
• Capstone and research: an independent research project or senior capstone that pairs students with faculty mentors or community partners, culminating in a written report and oral presentation.

The curriculum emphasises small‑group instruction, close faculty mentoring and hands‑on experience. Students are encouraged to take advantage of on‑campus research, internships in the Boston area and study abroad to broaden practical and professional skills.

Entry requirements

Applicants should have a high school diploma or equivalent with a strong background in mathematics and the sciences. Recommended preparation includes courses in calculus (or precalculus), physics and chemistry, and demonstrated success in quantitative subjects.

• Academic preparation: college‑preparatory coursework with evidence of competence in mathematics and laboratory science.
• Supporting materials: a personal statement describing interest in the physical sciences, academic transcripts, and one or more letters of recommendation—typically from teachers who can speak to scientific and quantitative ability.
• Standardised tests and other evidence: Simmons considers standardised test scores where submitted and evaluates applicants holistically; portfolios of research, labs or science competitions can strengthen an application.
• Transfer and non‑traditional applicants: applicants with college coursework should submit transcripts and descriptions of completed science and math courses; those with relevant work or research experience should highlight it in their materials.

Career prospects

Graduates of the Bachelor’s in Physical Sciences pursue a variety of paths. The degree is designed to be flexible, supporting entry into the workforce, professional programmes and graduate study.

• Direct employment: laboratory technician, quality control analyst, environmental technician, technical specialist in instrumentation, or roles in manufacturing and energy sectors.
• Further study: preparation for graduate programmes in physics, chemistry, earth sciences, materials science or engineering, as well as professional schools in medicine, dentistry and other health fields.
• Applied and analytical roles: data analyst, scientific communications, regulatory affairs or positions in environmental consulting and sustainability projects.
• Education and outreach: opportunities to pursue teacher certification and secondary‑level science education, museum or science centre education roles, and community science engagement.

Coursework in computation, instrumentation and research experience enhances employability and readiness for competitive graduate programmes. Simmons’ career services and practicum connections in the Boston region help students secure internships and entry‑level positions.

Why study at Simmons University

Simmons offers a supportive undergraduate environment emphasising small classes, close faculty mentorship and a strong liberal arts foundation combined with practical scientific training. The programme emphasises experiential learning: students often participate in faculty‑led research, use modern laboratory facilities and complete internships with local research institutes and companies.

• Faculty mentorship: accessible faculty who supervise undergraduate research and guide academic and career planning.
• Location advantages: proximity to Boston’s research hospitals, universities, government labs and technology firms creates internship and collaborative research opportunities.
• Interdisciplinary opportunities: the curriculum allows students to pair physical sciences study with minors or concentrations in areas such as data science, environmental studies, or health sciences.
• Student support: advising, tutoring and career services help students plan pathways to graduate study, certification or employment.

Overall, the Bachelor’s in Physical Sciences at Simmons is well suited to students seeking a rigorous, research‑oriented undergraduate science education delivered within a small, student‑centred university setting.