University of Texas

What you'll study

The programme combines core science foundations with applied clinical laboratory training. Typical modules include human anatomy and physiology, general and clinical microbiology, clinical chemistry, hematology and transfusion science, immunology and serology, molecular diagnostics, laboratory instrumentation and methods, and quality management in the clinical laboratory. Students also take statistics, research methods and professional practicum courses that focus on lab safety, data interpretation and regulatory compliance.

Practical learning is emphasised through supervised laboratory sessions and extended clinical placements in hospital and diagnostic laboratories within the University of Texas health system and partner hospitals. Many programmes include a capstone research or applied project in which students analyse clinical data, validate assays or evaluate laboratory workflows.

Entry requirements

Applicants are normally expected to hold a high school diploma or equivalent with strong performance in science and mathematics. Typical preparatory subjects include biology, chemistry and mathematics; introductory physics is advantageous. The University of Texas generally considers academic transcripts, personal statements and references as part of the application. Some routes may require proof of immunisation, a criminal background check, and demonstration of communication skills for clinical placements.

Specific minimum GPA thresholds and standardised test policies vary between campuses and change over time; applicants should consult the University of Texas campus admissions pages for the precise requirements for the Clinical Science programme they are applying to.

Career prospects

Graduates commonly enter roles as clinical laboratory scientists or medical laboratory technicians working in hospital laboratories, diagnostic companies, public health laboratories and private pathology services. Other career paths include biomedical research technician, clinical trials support, laboratory management, regulatory affairs and medical device or diagnostic sales. Graduates may also progress to postgraduate qualifications—such as medical laboratory science certification, physician assistant training, graduate programmes in biomedical sciences, or professional health degrees—depending on career goals.

Why study at University of Texas

The University of Texas provides access to a large integrated health network and a range of teaching hospitals and diagnostic laboratories for clinical placements, giving students real-world experience across diverse clinical settings. Facilities typically include modern teaching laboratories, instrumentation for molecular and clinical diagnostics, and opportunities to engage with active research groups. Students benefit from interdisciplinary collaboration with departments such as nursing, biomedical engineering and public health, plus career support services and employer links across the state health system.