University of Texas at San Antonio

What you'll study

This master's programme combines coursework in clinical science theory with practical laboratory training and a research or capstone project. Core topics typically include advanced human physiology and pathophysiology, clinical laboratory techniques and diagnostics, clinical research methods and study design, biostatistics and data analysis, molecular diagnostics, laboratory quality management and regulatory issues, and research ethics.

Students usually follow a mix of taught modules and experiential components. Taught modules cover contemporary diagnostic technologies (for example molecular assays, immunoassays and laboratory automation), principles of patient-oriented research and evidence-based practice. Practical components can include supervised laboratory rotations, protocol development, and experience with clinical specimen handling and test validation. The programme often offers a choice between a research thesis or a practicum/capstone project to demonstrate applied skills and contribute to a portfolio of professional work.

Entry requirements

Applicants should hold a recognised bachelor’s degree in a relevant discipline such as biology, biomedical science, clinical laboratory science, chemistry, nursing or a related allied health field. Typical admissions expectations include a solid undergraduate academic record and coursework in foundational subjects (for example biology, chemistry and statistics). Applicants may be asked to submit a statement of purpose, academic transcripts, letters of recommendation and a CV.

Some applicants may need to demonstrate prior laboratory experience or complete prerequisite courses if their undergraduate degree did not include sufficient laboratory training. International applicants must meet the university's English language proficiency requirements. Specific programme-based requirements (such as a minimum GPA or standardised test considerations) are determined by the department and should be checked on the programme page.

Career prospects

Graduates enter a range of careers across clinical, research and healthcare sectors. Common roles include clinical research coordinator, research scientist or associate, laboratory technologist/ scientist in hospital or commercial labs, quality assurance specialist, and roles in diagnostic or biotechnology companies. The degree also provides a strong foundation for those who wish to progress to doctoral study (PhD) or pursue professional healthcare training such as medical, physician assistant or advanced practice programmes.

UTSA’s location and partnerships with regional hospitals and research institutes support networking and placement opportunities in San Antonio’s growing biomedical and healthcare sector, helping graduates move into employment or further study.

Why study at University of Texas at San Antonio

UTSA offers interdisciplinary research strengths in biomedical and clinical sciences, with faculty conducting clinically-relevant research and collaborations across campuses and local health systems. Students benefit from well-equipped laboratory facilities, opportunities for hands-on clinical and translational research, and connections to regional hospitals and diagnostic laboratories for practicum placements.

The university emphasises applied training and workforce readiness, combining rigorous coursework with supervised practical experience and project-based assessment. Located in a large metropolitan area, UTSA provides access to diverse clinical populations and a growing research ecosystem, alongside career support services to help students transition into clinical, industry or research roles.