University of Kansas

What you'll study

The programme combines foundational coursework in biological and chemical sciences with specialised clinical laboratory training. Early modules typically cover general biology, general and organic chemistry, biochemistry and statistics to build the scientific base.

Core clinical subjects focus on:

• Clinical chemistry: principles and instrumentation for analysing body fluids, quality control and result interpretation.
• Hematology: blood cell morphology, coagulation testing and interpretation of haematologic disorders.
• Clinical microbiology: bacteriology, mycology, parasitology and antimicrobial susceptibility testing.
• Immunohematology (blood banking): ABO/Rh typing, transfusion compatibility and donor testing.
• Molecular diagnostics: nucleic acid amplification methods, sequencing basics and their application to infectious disease and genetic testing.
• Laboratory management and quality systems: regulatory requirements, laboratory safety, accreditation and data management.

A substantial clinical practicum component places students in affiliated hospitals and diagnostic laboratories where they rotate through laboratory sections under supervision, gaining real-world competencies required for professional practice.

Entry requirements

Applicants are expected to hold a high school diploma or equivalent with strong preparation in science and mathematics. Typical prerequisites include courses in biology with laboratory, general chemistry with laboratory and introductory statistics or math. Coursework in organic chemistry and biochemistry is often recommended or required prior to entry into clinical rotations.

Selection is usually competitive and based on academic record (GPA in prerequisite courses), submission of an application to the programme, and any programme-specific forms. Successful candidates must be able to meet health and safety requirements for clinical placements, which may include immunisations, background checks and drug screening.

Career prospects

Graduates are prepared for roles as clinical laboratory scientists (also called medical laboratory scientists or medical technologists) working in hospital laboratories, independent diagnostic laboratories, public health laboratories and research facilities. Other common career paths include positions in clinical research, biotechnology and in vitro diagnostics industry roles such as technical support or sales, and roles in laboratory management and quality assurance.

Many graduates pursue further qualifications or specialisations through postgraduate study, professional certification, or additional training to move into supervisory, academic or clinical research careers. The degree also provides a strong foundation for allied health careers and for applicants considering graduate healthcare programmes.

Why study at University of Kansas

The University of Kansas programme is delivered with hands-on laboratory instruction and clinical placements through partnerships with regional hospitals and the University of Kansas Health System, offering exposure to a broad case mix and contemporary diagnostic technologies. The curriculum emphasises competency-based training, laboratory quality and patient-centred diagnostics, and is aligned with national accreditation standards for clinical laboratory education.

Students benefit from experienced faculty drawn from clinical and research backgrounds, modern laboratory facilities for practical learning, and support services for career development and certification preparation. Clinical placements and local healthcare partnerships help students transition from academic training to professional practice.