BSc (Hons) Biomedical Science Pathology Laboratory Based Degree apprenticeship

Program Overview

The BSc (Hons) Biomedical Science Pathology Laboratory Based degree apprenticeship program combines academic learning with work-based experience in an approved pathology laboratory. It prepares graduates for a career as a HCPC registered Biomedical Scientist, with a focus on developing laboratory skills and knowledge in molecular biology, biochemistry, microbiology, and other relevant fields. The program includes a minimum of three years of work experience upon graduation and leads to eligibility for HCPC registration.

Program Outline

Degree Overview:

The BSc (Hons) Biomedical Science Pathology Laboratory Based degree apprenticeship program is a three-year program designed to prepare graduates for a career as a HCPC registered Biomedical Scientist. The program combines academic learning with work-based learning in an approved pathology laboratory.

Objectives:

• Develop the lab skills needed to become a HCPC registered Biomedical Scientist or for a career in medical laboratory research.
• Learn from research-active tutors involved with science projects across molecular biology, biochemistry, microbiology, parasitology, haematology, and cell biology.

Program Description:

The program integrates traditional academic learning on a degree programme with work-based learning through employment in an approved pathology laboratory. Apprentices will attend University for approximately one day per week and are expected to complete significant online learning. The program requires apprentices to work and study for their degree simultaneously, leading to a minimum of three years of work experience upon graduation.

Key Features:

• Combines academic and work-based learning.
• Leads to a minimum of three years of work experience.
• Prepares graduates for a career as a HCPC registered Biomedical Scientist.
• Delivers high-quality apprenticeship provision.

Outline:

The program consists of three years of study, divided into three trimesters per year. Apprentices will take between two to four core and specialist modules at any one time, with more modules taken concurrently in the first year.

• Molecules to Microbes: Investigates the basic principles of molecule formation and the diverse nature of microorganisms.
• Human Anatomy: Introduces the structure and function of the human body at the cell, tissue, organ, system, and organism levels.
• Biomedical Skills: Develops key laboratory skills through practical lab experience and skills assessment.
• Professional Practice: Introduces professional conduct, fundamental academic skills, and development of critical study skills for the degree.
• Cell Biology: Provides a foundation in cell biology, including cell structure, function, and processes.

Year Two:

• Clinical and Molecular Genetics: Introduces practical skills in molecular biology and bioinformatics.
• Medical Biochemistry: Covers biochemical testing and relevance to clinical diagnostics.
• Haematology and Transfusion: Examines the formation, composition, and function of blood and its role in transfusion.
• Pathophysiology: Explores the nature of disease and diagnostic approaches.
• Human Physiology: Investigates the function of major organ systems and their regulation.
• Laboratory Investigation of Disease 1: Develops professional practice in Biomedical Science and research skills.

Year Three:

• Medical and Public Health Microbiology: Focuses on pathogenic mechanisms of microorganisms and public health control of infectious diseases.
• Cellular Pathology: Investigates the features and changes in cells and tissues used for disease diagnosis.
• Applied Biomedical Science: Explores analytical and diagnostic methods used in a clinical setting.
• Clinical Immunology: Examines the components of the immune system and their role in disease.
• Laboratory Investigation of Disease 2: Includes support and resources for a workplace-based capstone research project.

Assessment:

• Assessed through coursework and/or end-of-module examinations.
• Apprentices will also complete an End Point Assessment (EPA) for the integrated work-based module, consisting of a readiness for practice written test, professional discussion, and verbal presentation of research work.
• Prior to the EPA, the IBMS registration portfolio must be completed and verified in the workplace.
• Successful completion of all assessments leads to eligibility for HCPC registration and career as a band 5 Biomedical Scientist.

Teaching:

• Delivered by research-active tutors involved in relevant science projects.
• Includes a combination of lectures, workshops, tutorials, and practical sessions.
• Utilizes the Bodmer Lab, an advanced teaching laboratory equipped with modern technologies.

Careers:

• Graduates are eligible for HCPC registration as Biomedical Scientists.
• Opportunities exist for employment in pathology laboratories, research institutes, and public health settings.
• Career paths include Biomedical Scientist, Research Scientist, Clinical Scientist, and Public Health Scientist.

Other:

• The program is currently enrolling for September 2024.
• The cost of the full degree apprenticeship program is £27,000, covered by the employer and/or government.