Biomedical Science - Clinical Biochemistry MSc

Program Overview

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Biomedical Science - Clinical Biochemistry MSc

Discover the secrets of the human body and save lives with a career in laboratories and research with our Biomedical Science Clinical Biochemistry MSc.

Course Overview

• The programme has a strong practical element, with an emphasis on developing the skills needed in a laboratory setting and in gaining hands-on experience of diagnostic techniques.
• Facilities include a fully equipped microbiology laboratory and access to cutting-edge equipment such as MALDI-TOF mass spectrometers and flow cytometers.
• The course is delivered by our academics and industry partners in person and via digital platforms.
• Our learning activities include lectures, presentations, webinars, one-to-one tutorials and group projects.

Why Choose Biomedical Science (Clinical Biochemistry) MSc at Middlesex?

• All our teaching staff are working in research and many are pioneers in their own field.
• Our courses have a strong international reputation.
• Our Centre for Investigative and Diagnostic Oncology has pioneered techniques for cancer diagnosis and treatment including our breakthrough in the development of a vaccine for bladder cancer.
• The Haematology department is active in research into blood cancers, HIV and AIDS.

What You Will Gain

• If you're currently working in clinical biochemistry, this masters degree will help you progress to a more senior position.
• You could also pursue an academic career or study for a PhD.
• We'll help you build strong practical laboratory and diagnostic skills using the university's specialist laboratories, virtual laboratory simulation, MALDI-TOF mass spectrometers and flow cytometers.
• You'll apply these skills to roles within diagnostic laboratories in both the public and private health sectors, such as management, consultancy, lab supervision, and in local or international positions in hospitals, schools, and universities.

3 Great Reasons to Pick This Course

• Cutting-edge research facilities
• Diverse career opportunities
• Top 6 UK university in Times Higher Education Young University Rankings 2024

About Your Course

Modules

• Advanced Bioanalytical Techniques (15 credits) - Compulsory
• Bioanalysis and Toxicology (15 credits) - Compulsory
• Biomedical Ethics and Law (15 credits) - Compulsory
• Clinical Disorders (15 credits) - Compulsory
• Developmental Biochemistry (15 credits) - Compulsory
• Endocrinology and Metabolism (15 credits) - Compulsory
• Experimental Design and Statistics (15 credits) - Compulsory
• Leadership and Management (15 credits) - Compulsory
• Research Project (60 credits) - Compulsory

Teaching

• How we'll teach you
• Coursework and assessments

Facilities and Support

• Laboratories
• Bioengineering and medical engineering labs
• Mass spectrometry and analytical facilities
• Cell and tissue culture lab
• Microbiology and molecular biology labs
• The Sheppard Library
• Student support
• Additional needs
• Wellness
• Work while you study

Entry Requirements

• Qualifications
• UK entry
• International
• English language
• Visas

Careers

• How can the MSc Biomedical Science (Clinical Biochemistry) support your career?
• Biomedical science is the second largest profession registered by the Health Professions Council and there is a high demand for well-qualified graduates.
• This course will give you the skills to work in a range of roles such as management, consultancy, lab supervision, or in international roles within hospitals, schools and universities.
• There are opportunities in sectors including the pharmaceutical industry, academia, education, biotechnology, and even areas like patent law, forensic science and science journalism.
• Biomedical scientists also work with Public Health England, the Medical Research Council and the Health and Safety Executive.

Fees and Funding

• The fees below refer to the 2025/26 academic year.
• UK students
• International
• Additional course costs
• Scholarships and bursaries
• Help from your employer
• Work while you study
• Fees disclaimers

Related Courses

• Pharmaceutical Sciences BSc
• Neuroscience BSc Honours
• Medical Science BSc (Hons)
• Medical Physiology BSc Honours

Program Outline

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Degree Overview

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This program emphasizes:

• Developing practical lab and diagnostic skills.

• Applying these skills within diagnostic laboratories: This includes both public and private health sectors, encompassing areas like management, consultancy, lab supervision, local and international positions in hospitals, schools, and universities.

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Program Objectives:

• Advancement for professionals already working in clinical biochemistry.
• Graduates can progress to more senior positions, pursue academic careers, or study for a Ph.D.
• Building strong practical laboratory and diagnostic skills through specialized laboratories and equipment.

• Preparing students for a diverse range of career options across diagnostic laboratories in both public and private health sectors.

• Equipping graduates with critical and analytical thinking skills needed to address current ethical and legal issues in their field.

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Outline

The program curriculum focuses on the following areas:

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Clinical Disorders:

• Malignancies in major organs and bones.
• Clinical disorders associated with malnutrition, digestion, malabsorption, and obesity.

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Pregnancy and Developmental Biochemistry:

• Studying the impact of pregnancy on physiology.
• Analyzing biochemical and metabolic problems affecting newborns.
• Understanding maternal, antenatal, and neonatal screening programs.

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Bioanalytical Techniques:

• Learning advanced analytical techniques used in biomedical research for product analysis, disease understanding, biomarker research, diagnosis, and research methods.
• Gaining insights into the principles, theory, practice, safety, instrumentation, sample preparation techniques, analysis, and interpretation of analytical data.

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Ethics and Law:

• Examining ethical and legal issues relevant to professional practice with human and animal subjects, human reproduction (including various forms of reproductive technology), and relevant UK ethical and legal regulations for research using human tissues.
• Exploring ethical issues in the area of genetic technology, including genetic testing and selection, genetic engineering, and the concept of genetic disease.
• Applying theoretical considerations to practice to analyze and address ethical and legal issues critically.

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Assessment

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Methods:

• Presentations
• Written assignments including essays, laboratory reports/logbooks, data analysis/problem-solving exercises, and papers composed of literature reviews, hypotheses, and research questions
• Regular feedback on assessed work from tutors and fellow students
• Self-evaluation of work, skills, knowledge, and areas for improvement
• Group work with peer assessments

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Criteria:

• Demonstrating deep understanding within the subject areas
• Applying theoretical knowledge to real-world scenarios
• Developing strong analytical and critical thinking skills
• Effectively communicating research findings through written and oral presentations
• Demonstrating research skills including planning, execution, evaluation, and presentation of independent research project results
• Upholding ethical considerations and referencing standards

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Teaching:

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Format:

• A mix of in-person and online learning through lectures, presentations, webinars, one-to-one tutorials, and group projects.

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Instructors:

• Experienced academics and industry partners with a wide range of expertise and professional experience.

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Unique elements:

• Emphasis on developing hands-on skills in laboratory settings through extensive use of
state-of-the-art equipment and facilities.

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Careers:

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This program equips graduates with valuable skills and knowledge applicable to a wide range of potential career paths:

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• Academia: Pursuing research or teaching within universities and research institutions.

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• Hospitals: Laboratories and research teams within hospital settings.

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• Pharmaceutical industry: Conducting research and development for new drugs and treatments.

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• Biotechnology companies: Applying biotechnological approaches to various fields.

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• Food and agriculture industry: Analyzing food products and developing new approaches to food safety and production.

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• Environmental organizations: Assessing environmental pollutants and developing solutions for environmental issues.

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• Education and training: Teaching and training future generations of scientists in schools, colleges, or universities.

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• Government agencies: Contributing to policy development and regulation within areas like healthcare, food safety, or environmental protection.

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• Forensic science laboratories: Analyzing biological evidence for criminal investigations.

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• Science writing and communication: Communicating scientific findings to broader audiences through publications, journalism, or science outreach

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Other:

• This program is accredited by the Institute of Biomedical Sciences (IBMS), which ensures that the curriculum meets professional standards, preparing graduates for diverse career pathways in the fields of modern healthcare, pharmaceuticals, diagnostics, and beyond.
• Graduates of this course have gone on to work in a variety of areas including pathology laboratories, research institutes, universities, and the pharmaceutical industry.
• This program is ideal for individuals seeking to build a successful career within the exciting field of clinical biochemistry and contribute to improving and saving lives with innovative approaches and advanced scientific expertise.

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UK students Full-time students: £10,500 Part-time students: £70 per credit Part-time students: £35 per dissertation credit

• Course fees are subject to annual inflation so the total costs for part-time study are shown here as a guide
International Full-time students: £16,800 Part-time students: £112 per credit Part-time students: £56 per dissertation credit
• Course fees are subject to annual inflation so the total costs for part-time study are shown here as a guide