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HND Biomedical Science

  • Qualifications Higher National Qualifications
  • SCQF Level SCQF Level 8
  • Study mode August 2026 Courses
  • Campus Kilwinning
  • Start date August 2026
  • Duration 36 weeks
More information

Attendance/Duration

Full-time, one year

Overview

Biomedical science focuses on how the human body works, and how to treat or cure it from disease. Biomedical scientists usually work in a laboratory, carrying out tests related to screening, analysis or diagnosis. This ranges from common blood tests and tissue samples, to specialist procedures to detect cancer. If you're looking for a career in the biomedical sector, this course can help you on your way.

Entry Requirements

Ready to take the plunge into Biomedical Science? Here's what you'll need:

  • Completion of HNC Applied Sciences (with a minimum of 15 credits)
  • An interview with us

For employed candidates this course is also available on Part Time/Day Release basis. To discuss this option and to obtain further information please contact the department by emailing claire.docherty@ayrshire.ac.uk.

Course Content

Uncover a vast array of subjects and develop practical lab skills, including:

  • Molecular DNA technology: covering cloning, RNA extraction, cDNA library synthesis, PCR, and Real-Time PCR
  • Key aspects of microbiology: exploring micro-organisms, clinical microbiology, infection, and cellular microbiology
  • Immunological techniques: understanding antibody production in vivo and their use in diagnostics and research
  • In-depth knowledge of protein structure and function: keeping proteins in their native states, specific binding, and proteomics
  • Biomedical pathology: investigating pathological factors related to medical conditions like anaemias, cardiovascular disorders, and liver diseases
  • Human metabolism: including the role of enzymes, and carbohydrate, lipid, and protein metabolism
  • Biomedical investigations: techniques used in medical laboratories for disease diagnosis and patient management
  • Cellular signalling: exploring what happens when errors in signalling occur
  • Common techniques used in biochemical laboratories: such as spectrophotometry, enzyme assays, chromatography, and electrophoresis

Careers and Further Study

Upon successful completion, choose your path:

  • Progress to a university degree in Applied Biomedical Science, Forensic Investigation, or Microbiology.
  • Begin your career at a technician or professional level in research and industrial laboratories, including NHS biomedical laboratories.