Stevenson University

What you'll study

Coursework balances classroom instruction and practical laboratory experience. Typical study areas include clinical hematology, clinical chemistry, immunology and serology, microbiology, molecular diagnostics, laboratory management, and quality assurance. Students gain experience with specimen handling, instrumentation, data analysis, safety and regulatory practices, and clinical case correlation.

Entry requirements

Applicants are generally expected to have a secondary-school background in biology, chemistry, and mathematics. Colleges typically require an application, academic transcripts, and may consider prerequisite coursework in chemistry and anatomy/physiology. Programs often include a professional component with supervised clinical placements that may require background checks and immunizations.

Career prospects

Graduates qualify for roles as medical laboratory scientists/technologists in hospitals, diagnostic laboratories, public health agencies, blood banks, and research facilities. Career progression can include specialist roles (e.g., molecular diagnostics, microbiology), supervisory or laboratory management positions, and pathways to graduate study in medical laboratory science, pathology-related fields, or public health. Many graduates pursue professional certification or licensure where required by employers or regional regulations.

Scholarships & funding angle

Prospective students should explore institutional scholarships, merit- or need-based awards, and funding tied to allied-health programs. Clinical-placement-related costs may be eligible for reimbursement through stipends or employer partnerships in some regions. Additionally, research or teaching assistantships and external grants for health-sciences students can offset education expenses; check with the university's financial aid office for program-specific opportunities and eligibility.