Augustana University

What you'll study

This programme combines advanced coursework with intensive laboratory research. Core topics include mitochondrial structure and function, mitochondrial genome organisation and inheritance, mitochondrial-nuclear communication, mitochondrial bioenergetics, and the role of mitochondria in ageing and human disease. Students will also take modules in modern molecular genetics techniques, high-throughput sequencing and analysis, bioinformatics for mitochondrial genomics, and experimental design and statistics.

• Fundamental modules: Mitochondrial biology; Molecular genetics; Cellular bioenergetics; Human mitochondrial disease mechanisms.
• Technical and analytical modules: Next-generation sequencing and analysis; Mitochondrial DNA isolation and manipulation; Proteomics of mitochondrial complexes; Computational methods for mitochondrial genomics.
• Research and professional skills: Advanced laboratory techniques; Experimental design and statistics; Scientific communication and ethics; Laboratory rotations or practicum.
• Dissertation: A substantial independent research project under faculty supervision, which typically involves original laboratory work and a written thesis.

Entry requirements

Applicants are normally expected to hold a good undergraduate degree (or equivalent) in biology, biochemistry, genetics, molecular biology or a closely related discipline. Relevant laboratory experience and demonstrable research potential strengthen an application.

• Academic transcript showing an appropriate honours or bachelor’s degree in a relevant subject.
• Personal statement outlining research interests and career goals.
• One or more academic or professional references, preferably from supervisors who can comment on laboratory skills and research potential.
• Evidence of laboratory experience — coursework, research projects, internships or employment in molecular genetics or related areas.
• For applicants whose first language is not English, an approved English language qualification may be required.

Career prospects

Graduates emerge prepared for a range of scientific careers. Many go on to further research training such as doctoral study, while others move into research scientist roles in academic, clinical or industrial laboratories. Typical career paths include positions in molecular diagnostics and clinical genetics laboratories, biotech and pharmaceutical companies working on therapeutics or biomarker discovery, mitochondrial disease research centres, public-health genomics initiatives, and roles in bioinformatics and data analysis.

With additional professional training or certification, graduates may also progress into clinical genetics or genetic counselling, regulatory affairs, scientific publishing, or science policy and communication roles.

Why study at Augustana University

Augustana University is known for its personalised teaching environment and emphasis on undergraduate research and mentorship. A mitochondrial genetics master’s programme based at Augustana would capitalise on small cohort sizes and close faculty supervision to give students sustained hands-on training and personalised career guidance.

Students benefit from an interdisciplinary approach that draws on strengths in molecular biology, bioinformatics and health sciences, and from opportunities to collaborate with regional hospitals, research institutes and industry partners. The teaching-led ethos supports development of practical laboratory skills, critical thinking and scientific communication, preparing graduates for research or applied roles in academia, healthcare and industry.