University of Texas at San Antonio

What you'll study

The programme combines advanced coursework in clinical research methods with practical laboratory experience and a substantial independent research project or capstone. Core themes include study design and biostatistics, clinical trial methods, epidemiology, molecular and diagnostic techniques, laboratory quality management and ethical and regulatory aspects of human-subjects research.

• Research methods and biostatistics: statistical methods for clinical data, study design, data management and interpretation.
• Clinical trial and translational research: protocol development, trial operations, outcomes assessment and translational pathways from bench to bedside.
• Molecular and diagnostic laboratory techniques: contemporary molecular diagnostics, assay validation, laboratory instrumentation and interpretation of clinical test results.
• Laboratory management and quality systems: quality assurance, laboratory accreditation, biosafety, regulatory compliance and leadership in clinical laboratory settings.
• Ethics and regulatory affairs: human-subjects protection, informed consent, institutional review boards and relevant clinical research regulations.
• Practicum or thesis: supervised laboratory practicum or an independent research thesis that applies learned methods to a clinical research question.

Programme structure

The degree typically comprises a mix of taught modules and a research component. Students can expect a full-time and part-time study pattern to be available, with the research project or capstone serving as the culminating element. Coursework provides the foundational skills needed for the practicum or thesis, and students often have opportunities to work alongside faculty on ongoing clinical research projects.

Entry requirements

Applicants are normally expected to hold a bachelor's degree in a relevant discipline such as biological sciences, biomedical sciences, nursing, medical laboratory science or another health-related field. Typical application materials include academic transcripts, a personal statement outlining research and career goals, letters of recommendation and a curriculum vitae.

Programme prerequisites often include coursework in biology, chemistry and introductory statistics. Relevant laboratory or clinical experience is viewed favourably. Some applicants may be asked to demonstrate competency in specific techniques or to complete preparatory coursework. Standardised test requirements (such as the GRE) and minimum grade point averages vary by intake and should be confirmed with the department.

Career prospects

Graduates enter a range of professional roles in healthcare, research and industry. Common career paths include:

• Clinical research coordinator or clinical trials manager in academic or industry-sponsored studies.
• Clinical laboratory scientist or laboratory manager in hospital and diagnostic laboratory settings.
• Laboratory specialist in molecular diagnostics, pathology support or point-of-care testing.
• Regulatory affairs or quality assurance roles within clinical laboratories and medical device or diagnostic companies.
• Research analyst or associate in translational research centres, biotechnology and pharmaceutical companies.
• Further academic study at the doctoral level (PhD) for those pursuing careers in independent research or academia.

Why study at University of Texas at San Antonio

UTSA offers a programme positioned within a growing biomedical and clinical research environment in San Antonio, providing access to collaborative opportunities with nearby health systems and research institutions. Students benefit from faculty engaged in clinical and translational research, modern laboratory facilities and partnerships that support placement opportunities for practicum experience.

The university emphasises interdisciplinary training and career development, with resources such as research seminars, grant-writing support and professional development services to help students transition into clinical research roles or further study. The programme is designed to prepare graduates with both the technical laboratory skills and the research literacy required by employers in healthcare, diagnostics and industry.