University of North Dakota

What you'll study

The programme combines core genetic and molecular biology coursework with specialised training in mitochondrial genetics, covering mitochondrial DNA biology, mitochondrial-nuclear interactions, bioenergetics and the role of mitochondrial dysfunction in human disease. Students take modules in advanced molecular techniques, next-generation sequencing and bioinformatics, cellular and developmental genetics, and experimental design and statistics. The curriculum emphasises hands-on laboratory experience: students undertake supervised research projects in faculty laboratories, learn contemporary methods such as mitochondrial genome sequencing, single-cell approaches, CRISPR-based manipulation, mitochondrial proteomics and high-resolution imaging, and complete a thesis based on original research.

Typical taught modules and practical components include:

• Foundations of Genetics and Genomics
• Mitochondrial Biology and Disease Mechanisms
• Molecular and Cellular Techniques in Genetics
• Genomic Data Analysis and Bioinformatics
• Advanced Laboratory Methods (sequencing, imaging, proteomics)
• Experimental Design, Statistics and Responsible Conduct of Research
• Research Project and Thesis

Entry requirements

Applicants should hold a recognised bachelor's degree in biology, genetics, biochemistry, molecular biology or a closely related discipline with a strong background in molecular and cellular biology. Competitive applicants will have demonstrated laboratory experience, coursework in genetics and biochemistry, and familiarity with basic statistics. Admission typically requires academic references and a personal statement outlining research interests; some applicants may also be invited to discuss research fit with potential supervisors. Standardised test requirements vary; applicants should consult the department for current guidance on GRE policy and any additional documentation needed for international applicants, such as proof of English language proficiency.

Career prospects

Graduates gain skills immediately applicable in academic and industrial settings. Career paths include roles in biomedical research laboratories, clinical and diagnostic laboratories focusing on mitochondrial and genetic disorders, biotechnology and pharmaceutical companies working on therapeutics targeting mitochondrial function, and positions in genomics service and bioinformatics core facilities. The programme also prepares students for further research training at PhD level and for roles in translational science, regulatory science, and research-focused positions in healthcare institutions. Those interested in genetic counselling or clinical laboratory leadership should note that additional professional certification or clinical training is typically required beyond the MSc.

Why study at University of North Dakota

The University of North Dakota offers this specialisation within a research-active environment that bridges basic mitochondrial biology and translational applications. Students benefit from the University’s School of Medicine and Health Sciences research infrastructure and access to core facilities that support genomics, imaging and proteomics. The programme’s relatively small cohorts allow close mentorship from faculty whose research spans mitochondrial genetics, metabolism and disease models, and provide opportunities for interdisciplinary collaboration across biomedical departments. Students also gain practical experience through laboratory placements and close supervision of their research thesis, positioning them for careers in research, diagnostics or further study.