University of North Dakota

What you'll study

This master’s degree blends advanced coursework with original laboratory research. Core topics typically include molecular biology, protein biochemistry, enzymology, structural biology and biophysical methods. Students follow a curriculum of advanced lectures and seminars that may cover gene expression and regulation, membrane biology, macromolecular interactions, quantitative methods in molecular biology, and laboratory techniques such as nucleic acid and protein purification, cloning, spectroscopy, mass spectrometry and microscopy.

Programme structure is research-focused: students complete didactic modules alongside a laboratory research project under the supervision of programme faculty. Regular activities include journal clubs, departmental seminars, and presentation of research results. Depending on the chosen pathway, graduates complete a thesis describing original research; some students pursue project-based or coursework-only options if available within departmental policy.

Research areas within the department span biochemical mechanisms, biophysical characterisation of proteins and nucleic acids, structural approaches, cellular signalling, and applied molecular methods relevant to biotechnology and biomedical questions. Access to instrumentation and core facilities supports training in modern experimental techniques and data analysis.

Entry requirements

Applicants are expected to hold a bachelor’s degree in biochemistry, molecular biology, biology, chemistry, physics or a closely related discipline and to demonstrate preparedness for graduate-level laboratory work and coursework. Typical application materials include official transcripts, a statement of purpose outlining research interests, a curriculum vitae, and letters of recommendation from academic or professional referees.

Prospective students should have completed foundational coursework in chemistry (including organic chemistry), biochemistry, molecular biology or genetics, and mathematics or statistics. Some research experience through undergraduate projects, internships, or employment is strongly recommended. Graduate admissions may require English language proof for international applicants and a discussion with potential faculty mentors to identify an appropriate research fit. Standardised test requirements, where any, vary by department and applicants should check current departmental guidance.

Career prospects

Graduates from this master’s programme move into a range of technical and research roles. Common immediate career paths include laboratory research technician or scientist positions in academia, biotechnology companies, pharmaceutical firms, clinical and diagnostic laboratories, and government research agencies. The programme also provides a strong foundation for students who wish to continue to doctoral study (PhD) or pursue professional degrees such as medicine or physician associate programmes.

Beyond bench-based roles, alumni find opportunities in regulatory affairs, quality control, scientific writing, patent support and sales or product development for life-science companies. The combination of molecular, biochemical and biophysical skills is attractive to employers who require expertise in experimental design, data analysis and the interpretation of complex biological systems.

Why study at University of North Dakota

The University of North Dakota offers an interdisciplinary environment with faculty whose research spans molecular and biophysical approaches to contemporary biological problems. Students benefit from hands-on access to well-equipped laboratories and core facilities, and from close mentorship in small research groups. The departmental culture emphasises practical training in experimental techniques, data analysis and scientific communication.

UND’s programme is suitable for students seeking personalised supervision and opportunities for collaborative projects across departments and regional research partners. Financial support options such as graduate assistantships, research fellowships and teaching opportunities are commonly available to qualified students, providing practical experience and partial funding while enrolled. The campus environment supports a focused research experience with connections to regional industry and healthcare institutions for applied projects and internships.