University of Southern Indiana

What you'll study

This programme provides a balanced curriculum across biological and physical sciences, emphasising laboratory skills, quantitative reasoning and scientific communication. Students take foundational courses in general chemistry, organic chemistry, physics, calculus and introductory biology before moving into intermediate and advanced modules. Typical module topics include biochemical principles, analytical and instrumental methods, thermodynamics and kinetics, ecology and evolution, molecular biology techniques, and data analysis.

Hands-on laboratory courses and projects are central to the degree, with training in experimental design, instrumentation (for example spectrophotometry, chromatography and microscopy), and statistical analysis of data. The programme also offers electives that allow specialisation or breadth—options may include environmental chemistry, biophysics, materials science, microbiology, and computational methods in the sciences. A capstone or senior research project gives students the opportunity to complete an independent research or applied project under faculty supervision.

Programme structure

• Lower-level core: foundational courses in chemistry, physics, biology and mathematics designed to build quantitative and laboratory skills.
• Mid-level coursework: intermediate courses that expand theoretical understanding and technical competence in both biological and physical topics.
• Upper-level electives and specialisation: courses and labs allowing depth in chosen areas (for example environmental science, molecular biology, or physical chemistry).
• Senior experience: guided research, a practicum or capstone project that integrates laboratory and analytical skills and emphasises scientific communication.

Entry requirements

Applicants are typically expected to have a high-school diploma or equivalent with a strong background in mathematics and science. Successful applicants usually present grades in maths (including algebra and preferably calculus), chemistry and biology. For applicants from systems with A-levels, acceptable preparation would include science and mathematics A-levels; for those from other systems, comparable qualifications that demonstrate readiness for university-level STEM study are appropriate.

Admissions also consider the overall academic record, teacher references, and any relevant extracurricular or work experience in laboratory, fieldwork or technical roles. Some students may be advised to take preparatory coursework if their maths or laboratory experience is limited. International applicants should demonstrate English language proficiency according to the university's standard requirements.

Career prospects

Graduates of the Biological and Physical Sciences bachelor's programme move into a wide range of roles. Typical entry-level positions include laboratory technician, quality control analyst, environmental technician, research assistant, and technical roles in industry and government agencies. The degree also serves as a strong foundation for postgraduate study in specialised masters or doctoral programmes, and for professional programmes in medicine, pharmacy, or education.

Alumni work in sectors such as environmental consulting, chemical and pharmaceutical companies, public health laboratories, education, and scientific instrumentation firms. The hands-on laboratory experience, quantitative training and research project prepare students for careers that require analytical thinking and technical competence, and for positions that value interdisciplinary scientific knowledge.

Why study at University of Southern Indiana

The University of Southern Indiana offers a student-focused learning environment with relatively small class sizes and accessible faculty, which benefits students pursuing intensive laboratory training and research. The science departments provide modern teaching laboratories and opportunities to work on faculty-led research projects, collaborations with regional employers and internships that link academic study to practical experience.

USI emphasises undergraduate research and experiential learning, so students can gain practical skills through lab placements, fieldwork and capstone projects. Proximity to regional industries and environmental sites supports applied learning and networking. The programme's interdisciplinary structure gives students flexibility to tailor their studies to specific career goals or postgraduate plans while building a robust scientific foundation.