Biomedical Science (Cellular Pathology) MSc

Program Overview

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The MSc in Biomedical Science (Cellular Pathology) at Middlesex University focuses on practical skills and hands-on experience in diagnostic techniques, utilizing industry-level technology and equipment. Graduates develop advanced laboratory skills, in-depth knowledge of major organs, diseases, and treatment methods, and expertise in managing a laboratory. The program is accredited by the Institute of Biomedical Science (IBMS) and prepares students for careers as cellular pathologists, biomedical scientists, and other roles in the healthcare and research sectors.

Program Outline

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Biomedical Science (Cellular Pathology) MSc 2024 | Middlesex University

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Degree Overview

This MSc in Biomedical Science (Cellular Pathology) focuses on practical skills and hands-on experience in diagnostic techniques, utilizing industry-level technology and equipment.

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Objectives:

• Develop advanced laboratory skills in cellular and molecular analysis techniques.
• Gain in-depth knowledge of the body's major organs, diseases, and treatment methods.
• Study cellular structure, function, and pathological findings in various organs and tissues.
• Gain expertise in managing a laboratory, including people management, business plans, safety regulations, and quality management.
• Receive extensive training in ethical and legal issues in research areas like assisted reproduction, genetics, genetic testing, and human or animal research.

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Program Description:

• Strong emphasis on practical skills and hands-on experience.
• Utilize specialist laboratories equipped with cutting-edge technology, including a cell culture facility and proteomics facilities.
• Benefit from the University's excellent international reputation in biomedical science.
• Learn from research-active teaching staff, many of whom are pioneers in their respective fields.

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Other:

• Accredited by the Institute of Biomedical Science (IBMS).

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Outline

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Content:

• Body's major organs, diseases, and treatment methods.
• Cellular structure and function of organs and tissues.
• Histopathology and cytology for disease diagnosis.
• Specific focus on cancer, cervical screening, HPV vaccination, oncogenes, organ transplants, genetic disorders, and Human Tissue Authority regulations.

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Structure:

• Full-time (1 year) or Part-time (2 years) options.
• On-campus delivery.
• Combines lectures, presentations, seminars, webinars, one-to-one tutorials, group projects, workshops, and lab sessions.

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Course Schedule:

• Typical timetable balances on-campus sessions with independent study.
• Approximately 1200 hours of study per year.
• Regular independent study time for reading articles, books, research, and assignments.

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Modules:

• Advanced Bioanalytical Techniques (15 credits): Principles, theory, and practice of bioanalytical techniques, including safety, instrumentation, sample preparation, data analysis, and interpretation.
• Biomedical Ethics and Law (15 credits): Ethical and legal issues in professional practice, research with human and animal subjects, human reproduction, assisted reproduction technologies, genetic testing, genetic engineering, and human or animal research.
• Cancer (15 credits): Principles of carcinogenesis, malignancy, and metastasis.
Cellular pathology applied to diagnosis and management of common cancers. Interpretation of results from patient investigations.
• Experimental Design and Statistics (15 credits): Design effective and efficient experiments, test scientific hypotheses, and analyze statistical data in a hypothesis testing context.
• Genetics Disorders (15 credits): Role and application of genetics testing in diagnosis and management of patients with genetic disorders.
Implications for family members.
• Leadership and Management (15 credits): Current theories and approaches to leadership and management for driving positive change in teams or organizations.
• Major Organ Histopathology (15 credits): Cellular structure and function of major organs, cellular pathological findings in clinical disorders other than cancer.
Techniques for investigation of clinical disorders. Interpretation of results from patient investigations.
• Pathological Basis of Disease (15 credits): Pathological basis of disease, use of histopathology and cytopathology to detect and diagnose disease.
• Research Project (60 credits): Design, conduct, evaluate, and present the results of an independent and original research project in a clinical or laboratory setting.
Presentation includes a 12,000 to 15,000 word report and a presentation to tutors and fellow students.

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Assessment

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Assessment Methods:

• No exams.
• Coursework includes research project, dissertation, presentations, and written assignments.
• Other assessments include essays, laboratory reports and logbooks, data analysis exercises, case study assignments, and papers made up of a literature review, hypothesis, and research question.

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Assessment Criteria:

• Evaluation of work, skills, and knowledge.
• Identification of areas for improvement.
• Self-assessment and peer assessment.
• Regular feedback throughout the term.

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Teaching

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Teaching Methods:

• Blend of in-person and online learning.
• Lectures, presentations, seminars, webinars, one-to-one tutorials, group projects, workshops, and lab sessions.
• Taught by experienced academics and industry partners with wide-ranging expertise and professional experience.

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Faculty:

• Experienced teaching team with a wide range of expertise and professional experience.
• Faculty research-active and many are pioneers in their fields.
• Emphasis on practical skills and hands-on experience using industry-level technology and equipment.
• Focus on real-world applications of knowledge and skills, preparing graduates for successful careers.

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Careers

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Career Paths:

• Cellular pathologist, biomedical scientist, research scientist, laboratory supervisor, management positions in labs or hospitals.
• Work in the pharmaceutical industry, public health organizations, medical or pharmaceutical research labs, diagnostic laboratories, or with the NHS.
• Opportunities in academia, education, biotechnology, patent law, forensic science, and science journalism.

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Graduate Outcomes:

• 95% of postgraduate students go on to work or further study.
• Middlesex graduates are highly sought after by employers due to their strong skills and practical experience.

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Employability Support:

• MDXworks service provides employability support, career advice, and networking opportunities.
• Part-time study option available.
• Download the MSc Biomedical Science Specialisms (PDF) for more information.
• Campus is located in North London, easily accessible by public transportation.
• Excellent library facilities with numerous study areas, computers, books, and e-books.