University of Findlay

What you'll study

The Physical Sciences degree combines core coursework in physics, chemistry and earth science with laboratory work, quantitative methods and elective options. The curriculum emphasises hands-on experiment design, data analysis and scientific communication.

• Core modules: introductory and intermediate courses in general chemistry and physics, laboratory methods, calculus-based mechanics and electromagnetism, and introductory geology or earth systems.
• Analytical and quantitative skills: courses in calculus, statistics for scientists, and computational methods for data analysis.
• Advanced options: students can choose electives such as physical chemistry, optics, thermodynamics, environmental chemistry, meteorology, materials science or planetary geology depending on interests and faculty offerings.
• Laboratory and fieldwork: regular lab courses build practical skills in instrumentation, experimental technique and safety; field trips and field-based courses are available in earth sciences and environmental sampling.
• Capstone or research project: most students complete a senior seminar, capstone project or supervised undergraduate research experience, often resulting in a written report and oral presentation.
• Practical experience: internships, cooperative placements and partnerships with regional employers are encouraged to provide applied experience.

Entry requirements

Applicants are normally expected to have completed a recognised secondary school qualification with strong grades in mathematics and at least one laboratory science (physics or chemistry preferred). Typical expectations include:

• High school diploma or equivalent with competitive overall grades.
• Preparatory coursework in algebra, geometry and precalculus (calculus preferred) and in laboratory science.
• Official transcripts from previous institutions; transfer students should provide college-level transcripts and course descriptions for credit evaluation.
• Standardised tests (SAT/ACT) may be submitted where required or requested, but policies vary; consult admissions for current guidance.
• International applicants must meet English language proficiency requirements (TOEFL, IELTS or equivalent) if their previous education was not in English.
• Additional materials: a personal statement, letters of recommendation and an interview may be requested for some applicants or scholarship consideration.

Career prospects

Graduates with a Bachelor’s in Physical Sciences have versatile career options across industry, government and education. The degree provides strong preparation for both immediate employment and further study.

• Technical and laboratory roles: laboratory technician, quality control analyst, environmental technician, materials testing technician.
• Environmental and field positions: environmental consultant, geoscience field assistant, water quality specialist, conservation technician.
• Industry and applied science: roles in manufacturing, instrumentation, energy, and materials science, including technical sales and product support.
• Education and outreach: positions in secondary science education (with additional teacher certification), science communication and museum or outreach programming.
• Further study: many graduates continue to graduate programmes in physics, chemistry, earth sciences, environmental science, engineering or professional schools such as medicine or geology-related masters programmes.

Why study at University of Findlay

The University of Findlay offers a personalised learning environment with small class sizes and supportive faculty mentorship that benefits undergraduate scientists. Faculty are accessible and often involve students directly in research and applied projects.

• Hands-on learning: emphasis on laboratory experience, fieldwork and supervised research to develop practical skills valued by employers and graduate programmes.
• Student support: academic advising, tutoring and career services help students plan coursework, internships and postgraduate pathways.
• Industry connections: regional partnerships and internship opportunities give students exposure to employers in energy, manufacturing, environmental consulting and healthcare sectors.
• Flexibility: the interdisciplinary structure allows students to tailor their studies toward physics, chemistry or earth science emphases, or to combine science study with allied fields such as mathematics or environmental studies.