BS Medical Laboratory Science

4 Years On Campus Bachelors Program

University of Texas Austin

Program Overview

The BS in Medical Laboratory Science at the University of Texas at Austin prepares students for laboratory-based healthcare careers by combining biology, chemistry, biochemistry, mathematics, information studies, and clinical education. It suits students interested in diagnosing and understanding disease through laboratory testing, with three years of academic study at UT Austin followed by 12–16 months of clinical education at an affiliated program.

Curriculum Structure

Year 1: Students build a strong foundation in mathematics, chemistry, biology, and scientific communication. Key courses include Differential and Integral Calculus for the Sciences (M 408R), Foundations of Chemistry I (CH 301C), Foundations of Chemistry II (CH 302C), and Introductory Biology I and II (BIO 311C/BIO 311D).

Year 2: The second year develops deeper knowledge in genetics, organic chemistry, statistics, and information systems, strengthening the scientific skills needed for laboratory work. Students study courses such as Genetics (BIO 325), Organic Chemistry (CH 320M and CH 320N), Elements of Statistics (SDS 320E), and Biochemistry as they progress toward advanced biological and clinical preparation.

Year 3: Students move into advanced biology, chemistry, biochemistry, and laboratory-focused study while completing the academic preparation required before clinical education. Coursework includes Molecular Biosciences 326M and 226L, Molecular Biosciences 360K, Molecular Biosciences 361/361L, and Fundamentals of Biochemistry (BCH 369).

Year 4: The final stage is the 12–16 month Clinical Education Practicum, completed off campus through an affiliated clinical program. Students gain practical experience in medical laboratory science and prepare for the ASCP Board of Certification examination, with successful completion leading to national certification as a Medical Laboratory Scientist.

Focus Areas: Clinical laboratory science, biology, biochemistry, chemistry, microbiology, genetics, statistics, laboratory testing, public health, and clinical education.

Learning Outcomes: Laboratory testing, scientific analysis, problem-solving, interpretation of biological specimens, use of technical procedures and complex instruments, and professional competencies required for Medical Laboratory Scientist practice.

Professional Alignment (Accreditation): NAACLS-accredited clinical education is a required component of the program, and graduates who complete the clinical education can qualify for the ASCP Board of Certification examination and national Medical Laboratory Scientist certification.

Reputation (University Rankings): No. 72 globally in the QS World University Rankings 2027; UT Austin also reports No. 7 among U.S. public universities in the 2026 U.S. News & World Report rankings.

Experiential Learning (Research, Projects, Internships etc.)

Students in the BS Medical Laboratory Science program at The University of Texas at Austin build practical laboratory skills through intensive science coursework followed by a 12–16 month clinical education experience at an accredited medical laboratory science program. The curriculum includes hands-on laboratory courses such as Immunology Laboratory and Clinical Bacteriology Laboratory, while students can also access research opportunities across UT Austin in infectious disease, microbiology, biomedical research, and related fields. The program's clinical component gives students direct experience in professional laboratory environments, with students completing the final clinical education off campus at an affiliated university or hospital-based program.

Students can further strengthen their practical experience through UT Austin's research infrastructure and experiential-learning opportunities:

Clinical Practicum: Complete a 12–16 month Medical Laboratory Science clinical education practicum at a NAACLS-accredited clinical program, with university-affiliated and hospital-based options available.
Laboratory Coursework: Gain direct laboratory experience through courses including MBS 260L Immunology Laboratory and MBS 361L Clinical Bacteriology Laboratory.
Research Laboratories: The Department of Molecular Biosciences has 60 research labs, including laboratories working in microbiology, immunology and infectious disease, molecular biology and genetics, structural biology, and systems and synthetic biology.
Biomedical Research Facilities: Students interested in research can access opportunities connected with the Center for Biomedical Research Support, which provides technologies and expertise in genetics, mass spectrometry, biomedical imaging, bioinformatics, and other biomedical research areas.
Microbiology & Infectious Disease: The LaMontagne Center for Infectious Disease supports research into microbial and viral pathogenesis, antibiotic resistance, vaccines, therapeutics, epidemiology, and infectious-disease responses.
Research Opportunities: UT Austin lists MLS-related opportunities including Dell Medical School Research Labs, UT School of Pharmacy research, the American Cancer Society Undergraduate Research Internship, UTHealth Cancer Prevention REU, and MD Anderson summer research programs.
Biotechnology Training: The Department of Molecular Biosciences offers May Term bootcamp courses designed to develop foundational and advanced skills for research laboratories and biotechnology-industry settings, with students spending intensive time practicing laboratory skills.
Research Technology: Advanced facilities include cryo-electron microscopy, biological mass spectrometry/proteomics, biomedical imaging, computational biology and bioinformatics, genome sequencing, microscopy and flow cytometry.
Digital & Clinical Resources: The Life Science Library provides access to biology databases, journal articles, methods and protocols, computers, software, Wi-Fi, and clinical information resources through its research collections.
Research Methods & Tools: Molecular Biosciences research at UT Austin includes techniques such as CRISPR gene editing, high-throughput DNA/RNA sequencing, cryo-EM, X-ray crystallography, and bioinformatic analysis, giving students exposure to the broader technologies used in modern biomedical research.

Progression & Future Opportunities

The BS in Medical Laboratory Science prepares students for professional laboratory careers across hospitals, clinics, independent laboratories, research, biotechnology, public health, and education. After completing the clinical training component and the ASCP certification examination, graduates can enter professional Medical Laboratory Scientist roles or use the degree as a foundation for further study in medicine, dentistry, and other scientific disciplines.

Typical Job Roles: Medical Laboratory Scientist, Clinical Laboratory Scientist, Laboratory Technologist, Research Laboratory Professional.

Career Support & Employment Opportunities:

Academic Advising: UT Austin's MLS advising team supports students from entry through graduation, while faculty and academic advisors guide students through applications to affiliated clinical programs.
Career Preparation: Students have access to resume guidance, interview preparation, personal-statement resources, career-services preparation, and Health Professions Office support.
Employment Demand: UT Austin states that job opportunities for Medical Laboratory Scientists are increasing and that there are not enough trained professionals to meet the needs of hospitals, independent laboratories, and clinics.
Starting Salary: UT Austin reports that most graduates of the program have a career upon graduation, with an average starting pay of $60,000 or more in Texas.
Clinical Experience: The program follows a 3+1 structure, with three years of coursework at UT Austin followed by 12–16 months of clinical education at an affiliated clinical program, giving students direct professional training before graduation.
University–Clinical Partnerships: UT Austin works with four affiliated clinical programs, where students complete their final clinical education; these programs are accredited by NAACLS. Students must apply and be accepted into an affiliated program, so placement is not guaranteed.
Professional Certification: After completing the clinical education requirement, graduates are eligible for the ASCP Board of Certification examination, and successful completion results in national certification as a Medical Laboratory Scientist.
Accreditation Value: The required clinical education is completed through a NAACLS-accredited Medical Laboratory Science program, providing an important professional-quality framework for the clinical training and ASCP certification pathway.
Graduation Outcomes: UT Austin reports that most students successfully complete their clinical training, bachelor's degree, and ASCP certification; the university also highlights graduates progressing into professional clinical laboratory education and certification pathways.

Further Academic Progression: After the BS in Medical Laboratory Science, students can pursue further education in medicine, dentistry, and other scientific disciplines, with UT Austin specifically identifying MLS as a strong foundation for these pathways. Students pursuing professional-school routes can also work with the Health Professions Office to plan prerequisites and a gap year, while those interested in research or advanced scientific careers can continue into relevant graduate-level study.