The Bachelor of Science in Physical Sciences at the University of Mary Washington is an interdisciplinary undergraduate degree that combines core principles from physics, chemistry, earth sciences and mathematics. It suits students who want a flexible programme that emphasises laboratory skills, quantitative reasoning and undergraduate research while preparing for diverse scientific careers or graduate study.
What you'll study
The Physical Sciences degree is built around a foundation of core courses in physics and chemistry complemented by mathematics and earth/space science options. You will take introductory and intermediate lectures with accompanying laboratory work to develop experimental technique, data analysis and scientific communication skills.
- Core topics: classical mechanics, electricity and magnetism, thermodynamics, introductory and analytical chemistry, calculus and linear algebra.
- Laboratory and practical work: hands-on lab courses in physics and chemistry, instrumentation and measurement, and computer-based data acquisition and analysis.
- Electives and concentrations: options typically include astrophysics/astronomy, environmental and earth sciences, materials science, physical chemistry, and applied mathematics.
- Research and capstone: many students undertake an undergraduate research project or senior capstone under faculty supervision, gaining experience in experimental design, literature review and scientific writing.
- Skills developed: quantitative modelling, problem solving, laboratory technique, coding for scientific applications, technical writing and oral presentation.
Entry requirements
Admission to the programme is at the undergraduate level and follows the university's general admissions process. Successful applicants typically demonstrate a solid background in secondary-level mathematics and science.
- Academic preparation: preparatory study in algebra, geometry and calculus where available, plus physics and chemistry at high-school level (or college preparatory equivalents).
- Application materials: a completed undergraduate application, official transcripts or school reports, and any supporting documents required by the university.
- Other evidence: a personal statement describing interest in the physical sciences and, where applicable, academic references. Transfer applicants should provide college transcripts and descriptions of completed science and maths coursework.
- International students: required to present equivalent qualifications and proof of English language proficiency in line with university regulations.
Career prospects
Graduates with a degree in Physical Sciences have versatile career options because of their quantitative training and laboratory experience. The programme prepares students both for immediate employment and for further study.
- Direct careers: laboratory technician, environmental technician, instrumentation or quality-control roles in industry, technical positions in government or private-sector research facilities.
- Further study and professional routes: many graduates progress to specialist master's degrees or PhDs in physics, chemistry, environmental science, materials science or engineering; others enter teacher training to teach science at secondary level.
- Related fields: data analysis, scientific instrumentation, science policy, technical writing and science communication, and roles in energy, environmental consulting and conservation.
Why study at University of Mary Washington
The University of Mary Washington is a liberal-arts focused public institution that emphasises small classes, close faculty mentorship and undergraduate research opportunities. For students in the Physical Sciences programme this means accessible faculty, hands-on laboratory experience and the chance to collaborate on research projects or internships that build professional skills.
- Undergraduate research: faculty-led projects and independent study options provide early experience in experimental work and scientific writing.
- Teaching-focused faculty: smaller class sizes and personalised advising help students attain a strong conceptual foundation and prepare for graduate study or careers.
- Interdisciplinary environment: connections across departments — including mathematics, chemistry, geology and environmental studies — let students tailor their programme to specific interests.
- Preparation for next steps: the curriculum and advising support both job placement and applications to graduate or professional programmes.
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