Shawnee State University

What you'll study

This programme provides a balanced curriculum across biology and the physical sciences, emphasising theoretical foundations and hands-on laboratory skills. Early semesters cover foundational courses such as General Biology, General Chemistry, College Physics and Calculus, together with instruction in laboratory safety and scientific communication. As you progress, core and elective modules typically include:

• Analytical and Instrumental Methods – techniques in spectroscopy, chromatography and modern laboratory instrumentation.
• Organic and Physical Chemistry – structure, reactivity and thermodynamics relevant to biological and material systems.
• Modern Physics – mechanics, electromagnetism and introductory quantum concepts with experimental components.
• Cell and Molecular Biology – molecular genetics, cell structure and biochemical pathways.
• Biophysics and Physical Biochemistry – application of physical principles to biological molecules and systems.
• Environmental and Earth Science Electives – ecology, environmental monitoring and geoscience topics reflecting regional needs.
• Mathematics and Data Analysis – calculus, statistics and computational methods for analysing experimental data.
• Capstone Project or Research Experience – semester-long independent or faculty-mentored research project culminating in a written report and presentation.

Laboratory classes and research placements are integral to the degree, providing experience with experimental design, data acquisition and interpretation. Students can tailor the programme through elective choices to emphasise areas such as materials science, environmental science, pre-health preparation or forensic applications.

Entry requirements

Applicants are expected to hold a recognised high school diploma or equivalent. Successful candidates typically demonstrate strong performance in mathematics and laboratory sciences—courses such as algebra, geometry, precalculus (or calculus) and high school biology and chemistry are recommended. Shawnee State University considers the whole application, including academic transcripts, letters of recommendation and a personal statement; standardised test scores may be optional depending on admission policies.

Transfer applicants should provide college transcripts showing completion of introductory STEM coursework if available. Mature and non-traditional applicants with relevant experience are encouraged to apply and can discuss appropriate preparatory coursework with the programme advisor.

Career prospects

Graduates leave with a flexible scientific skill set suited to a range of careers or further study. Typical career paths include:

• Laboratory technician or technologist in clinical, industrial or research laboratories.
• Research assistant in university, government or private-sector science programmes.
• Quality control and assurance roles in manufacturing and pharmaceutical companies.
• Environmental monitoring and field science positions with agencies and consultancies.
• Forensic science support roles in law enforcement laboratories.
• Progression to graduate study (Master’s, PhD) in biology, chemistry, physics or interdisciplinary fields, and preparation for professional programmes such as medicine, dentistry or allied health where prerequisites are met.

Alumni also move into teaching, technical sales, science communication and regulatory roles. The programme’s emphasis on laboratory competence and data analysis helps graduates adapt to evolving employer needs.

Why study at Shawnee State University

Shawnee State offers a learner-centred environment with small class sizes and faculty who are accessible for mentoring and research supervision. The university invests in undergraduate laboratory facilities and provides opportunities for hands-on research, internships and applied projects that connect students to regional employers and research partners.

Located in the Ohio River Valley, the campus provides a cost-conscious option for students seeking a practical science education with strong student support services, including academic advising, tutoring and career development. The programme’s flexibility allows students to combine coursework with experiential learning, positioning graduates for immediate employment or continued academic study.