University of Southern Indiana

What you'll study

This programme provides a core sequence of courses in cellular and molecular biology, organic and physical chemistry, and the quantitative methods that underpin modern life-science research. Typical modules include general biology, cell biology, genetics, biochemistry, molecular biology techniques, structural biology and biophysics, along with supporting courses in calculus, physics and statistics.

Laboratory and practical work is integral to the curriculum: students undertake multi-semester lab sequences, molecular techniques courses (DNA/RNA methods, protein purification, spectroscopy), and instrument-based training (e.g. spectrophotometry, electrophoresis, microscopy). The programme culminates in a capstone experience such as an independent research project, senior seminar or internship that demonstrates experimental design, data analysis and scientific communication.

• Foundations in biology and chemistry (cell biology, organic chemistry, physical chemistry basics)
• Core molecular courses (genetics, molecular biology, enzymology, metabolic pathways)
• Quantitative and physical topics (calculus, biophysics concepts, statistics for biology)
• Laboratory practicum and advanced techniques (protein and nucleic acid methods, instrumentation)
• Research project or industry internship and a senior seminar or capstone report

Entry requirements

Applicants should hold a recognised secondary-school qualification with a strong record in science and mathematics. Recommended subjects at secondary level include biology, chemistry and mathematics; prior laboratory experience is helpful but not mandatory. The university considers the overall academic profile, personal statement and any relevant extracurricular experience in science-related activities.

Transfer applicants are evaluated on college-level coursework completed, with particular attention to foundational science and mathematics courses. Prospective students with questions about specific qualifications or articulation agreements should consult the university's admissions office or departmental advisor for personalised guidance.

Career prospects

Graduates are prepared for a wide range of careers in biotechnology, pharmaceutical and medical laboratories, environmental and food science testing, and quality control. Many continue to graduate study (MSc/PhD) in molecular biosciences or related fields, or professional programmes such as medicine, dentistry and pharmacy.

• Laboratory technician or research assistant in academia, industry or government labs
• Biotech and pharmaceutical industry roles (assay development, production, quality assurance)
• Clinical and diagnostic laboratory work or roles in public health laboratories
• Further study: graduate research degrees, medical and allied-health professional schools
• Related careers in patent law, scientific publishing, education and regulatory affairs

Why study at University of Southern Indiana

USI offers a student-centred environment with relatively small class sizes and close access to faculty, which supports hands-on learning and undergraduate research. The university emphasises experiential education—students have opportunities to work in well-equipped teaching and research laboratories, participate in summer research projects, and complete internships with regional industry and medical partners.

Strong advising and pre-health support help students preparing for professional programmes, while interdisciplinary collaboration with departments such as chemistry, physics and mathematics ensures a balanced, quantitative training. The programme’s regional connections and emphasis on applied laboratory skills position graduates to move directly into the workforce or onward to advanced study.