Colorado State University

What you'll study

This programme builds a strong foundation in chemistry, physics and mathematics, then moves into core molecular life-science subjects and laboratory practice. Early coursework typically covers general chemistry, organic chemistry, calculus and physics alongside introductory biology. Upper-division modules focus on molecular biology, cell biology, genetics, biochemistry, enzymology and biophysics.

Laboratory training is integral: expect multi-term hands-on courses in chemical and biological techniques, instrument use, data analysis and experimental design. Advanced options commonly include structural biology, protein chemistry, metabolic regulation, molecular genetics, bioinformatics, spectroscopy and advanced microscopy.

Students are encouraged to undertake independent research with faculty members, participate in group lab rotations or complete a capstone project. Elective pathways allow specialisation toward biotechnology applications, biophysical approaches, computational molecular biology or pre-health preparation.

Entry requirements

Applicants should hold a high-school diploma or equivalent with strong preparation in mathematics and the sciences. Typical preparation includes coursework in biology, chemistry (including laboratory), algebra/pre-calculus or calculus, and physics. Admissions consider academic record, the rigour of prior coursework and the breadth of preparation.

Colorado State University evaluates applications holistically; competitive candidates present a solid GPA and evidence of laboratory interest or experience. Standardised test submission may be optional depending on institutional policy, but scores can be included if available. International applicants must demonstrate English proficiency through recognised tests or approved institutional alternatives.

Supporting materials usually include a personal statement, transcripts and, where requested, letters of recommendation or a résumé documenting relevant extracurricular activities such as research internships, volunteer work or science clubs.

Career prospects

Graduates are prepared for a wide range of career paths. Many continue to graduate or professional school (MSc, PhD, MD, DDS, PA) to pursue academic research, clinical practice or specialised scientific careers. Others enter the workforce directly in roles such as research technician, laboratory analyst, quality control scientist, regulatory affairs associate or process development assistant in biotechnology and pharmaceutical companies.

Additional career outcomes include positions in bioinformatics, science communication, patent and intellectual property support (often with further legal training), public health laboratories, environmental testing and education. The combination of laboratory skills, quantitative training and research experience makes graduates attractive to employers in both industry and government labs.

Why study at Colorado State University

Colorado State University offers strong departmental expertise in biochemistry, biophysics and molecular biology together with accessible core research facilities and instrumentation. Undergraduates benefit from close faculty mentorship, availability of undergraduate research placements and opportunities to present work at campus symposia.

The university’s location provides access to a growing regional life-sciences ecosystem and internship opportunities with local biotechnology firms, agricultural research centres and government laboratories. Support services for undergraduates include career counselling, pre-health advising and writing/statistics help that strengthen preparation for careers or further study.

Overall, the programme emphasises rigorous technical training, interdisciplinary collaboration and experiential learning, equipping students with the laboratory competence and critical-thinking skills sought by employers and graduate programmes alike.