University of Mississippi

What you'll study

The programme builds a strong foundation in the biological, chemical and analytical sciences before moving into specialised clinical laboratory subjects and hands-on practicum. Early study typically covers general biology, general and organic chemistry, biochemistry, anatomy and physiology, and statistical methods for the health sciences.

• Core clinical laboratory subjects: clinical chemistry, clinical microbiology, haematology and coagulation, immunology and serology, transfusion medicine, and molecular diagnostics.
• Practical laboratory work: intensive bench-based training in instrument operation, specimen handling, quality control, laboratory safety and troubleshooting; progressive supervised practicums in affiliated hospital and diagnostic laboratories.
• Professional and management topics: laboratory management, regulatory and accreditation requirements, laboratory information systems, ethics and interprofessional communication.
• Capstone or clinical rotation: a culminating clinical practicum or capstone project that integrates diagnostic testing, result interpretation and professional practice in real-world laboratory settings.

Entry requirements

Applicants are expected to hold a secondary school qualification equivalent to a high school diploma with a good grounding in science and mathematics. Typical preparation includes courses in biology, chemistry and algebra; coursework in physics and statistics is advantageous.

• Competitive overall academic record with particular strength in science subjects.
• Completion of key prerequisites (for example, general biology and general chemistry) before progression into upper-level clinical courses.
• Selection for the clinical phase commonly involves a programme application, review of academic record, and may include an interview or assessment of laboratory experience.
• Successful applicants must meet health, immunisation and background-check requirements set by clinical placement sites.

Career prospects

Graduates are prepared for employment as clinical laboratory scientists (medical technologists) in hospitals, independent diagnostic laboratories and public-health settings. Job roles involve performing and interpreting diagnostic tests that support patient care and disease surveillance.

• Typical positions: clinical laboratory scientist, medical technologist, microbiology technologist, haematology technologist, molecular diagnostics technologist.
• Work settings: hospital and health-system laboratories, reference and commercial diagnostic labs, public health departments, research laboratories and biotechnology companies.
• Further study and progression: graduates often pursue specialised certification, postgraduate study (such as a master’s in clinical laboratory science, public health or biomedical sciences) or professional programmes in medicine, physician assistant or other health professions.

Why study at University of Mississippi

The University of Mississippi programme links strong academic teaching with supervised clinical training through affiliated hospitals and diagnostic centres, giving students regular exposure to routine and advanced diagnostic techniques. The curriculum emphasises current laboratory technologies, quality management and professional practice, preparing graduates to meet workplace expectations in diagnostic services.

• Access to experienced faculty with clinical and research backgrounds and to modern laboratory facilities for hands-on learning.
• Clinical placements across a network of hospital and diagnostic laboratories to develop practical competence and professional networks.
• Opportunities for interprofessional learning alongside other health-discipline students and pathways to postgraduate training or certification in laboratory sciences.