Program Overview

Clinical Biochemistry Standalone Module

The Clinical Biochemistry standalone module is designed to deepen expertise in clinical biochemistry, mastering essential techniques and current lab practices to advance careers as registered biomedical scientists.

Module Overview

Studied via blended learning (online and in-person sessions), this module offers a comprehensive overview of clinical biochemistry, covering key concepts, techniques, and current lab practices. It is ideal for topping up a degree to become a registered biomedical scientist or for advancing professional development, deepening understanding of how biomedical science contributes to diagnosing and treating disease.

• The indicative content of the module includes methods for collecting clinical samples for biochemical analysis, principles and applications of biochemical investigations in disease management, therapeutic drug monitoring, and substance abuse investigation.
• This is a level 5 module (equivalent level of study to a foundation degree or Diploma of Higher Education) worth 10 credits.
• Module tutors: Dr. Karan Rana, Dr. Ross Pallett, Dr. Amreen Bashir.

Objectives and Outcomes

1. Enables understanding of the application, value, and limitations of biochemical tests in clinical medicine.
2. Enables understanding of how biochemical tests are selected and interpreted.

On successful completion of this module, students will be able to:

• Discuss and appraise the principles and organizational structure underlying the application of biochemical investigations to the diagnosis, treatment, and monitoring of disease.
• Discuss and evaluate the equipment, routine processes, and methodologies used in clinical biochemistry.
• Critically appraise the application of biochemical tests to the investigation of the function and dysfunction of organs and systems.

Entry Requirements

• Students must have a non-accredited undergraduate degree in Biomedical Sciences or an undergraduate degree in a related field (such as biology or biochemistry).
• For those taking this module to 'top-up' their existing degree for IBMS registration, prior assessment by the Institute of Biomedical Science is required to confirm the degree's eligibility for 'top-up' and to determine additional subject areas needed for further qualifications.
• Degrees not eligible for top-up: Students may apply for the accredited BSc (Hons) Biomedical Science undergraduate degree.
• Undertaking this module for professional development: No additional requirements apply.
• International students: Applications are welcome from those already in the UK with a valid visa. Unfortunately, applications from international students wishing to come to the UK solely for this course or to take the distance learning route are not accepted.

Fees

• UK students (2025/26): Ł850 per 10 credits.
• Tuition fees for students are reviewed annually and may increase in subsequent years in line with inflation linked to the Retail Price Index (RPI) to account for the Universitys increased costs of delivering the Programme.

Delivery and Assessment

• This course is delivered via blended learning, with an online induction session, recorded lectures, self-assessment quizzes, and coursework submission via Blackboard.
• A single three-hour on-campus practical is compulsory unless evidence of equivalent learning in the workplace can be provided.
• Assessments must be in person on campus, including an on-campus exam in April 2026.

Career Prospects

• The CPD courses offer the opportunity to enhance knowledge and skills to develop careers.
• These modules equip students to make a real difference in their field and allow them to obtain the academic competences required to apply to the Health Professions Council for Registration as a Biomedical Scientist.

Related Courses

• Cell Biology
• Haematology and Transfusion Science
• Medical Microbiology

Biomedical Modules Suite

The full list of available modules in this suite of courses includes:

• Cell Biology
• Cellular Pathology
• Clinical Biochemistry
• Human Anatomy and Physiology
• Haematology and Transfusion Science
• Immunology
• Molecular Biology and Genetics
• Medical Microbiology