BSc Hons Human Physiology

3 Years On Campus Bachelors Program

Manchester Metropolitan University

Program Overview

Program Overview:
This three-year undergraduate degree explores human physiology from cellular functions to whole-body systems, emphasizing practical laboratory skills. It prepares students for careers in healthcare, biomedical research, and related bioscience fields.

Curriculum Structure

Year One
You’ll study foundational modules covering human biology basics, anatomy, physiology, and introductory research methods. These courses establish the core scientific knowledge needed for advanced study.

Year Two
This year focuses on specialized topics such as neuroscience, cardiovascular physiology, exercise science, and applied research techniques, building a deeper understanding of body systems and their functions.

Year Three
In your final year, you’ll engage in advanced modules including molecular biology, health and disease, and complete an independent research project, which allows you to apply your skills in a practical investigation.

Focus areas:
Neuroscience, cardiovascular science, exercise physiology, molecular biology, health sciences.

Learning outcomes:
Graduates will understand complex physiological systems, develop strong laboratory and research skills, and be prepared for further study or employment in biomedical and healthcare sectors.

Professional alignment (accreditation):
The program is accredited by the Royal Society of Biology, supporting progression towards Chartered Biologist status.

Reputation (employability rankings):
Manchester Metropolitan University is well-regarded for practical and applied science degrees, with excellent facilities and industry connections enhancing graduate employability.

Experiential Learning (Research, Projects, Internships etc.)

This degree offers hands-on experience studying the functions of the human body, with a strong emphasis on laboratory work and applied research.

Key practical experiences include:

  • Access to well-equipped human physiology and bioscience labs with tools for anatomy, physiology, and biomedical research
  • Practical sessions covering muscle function, cardiovascular systems, neurophysiology, and exercise science
  • Opportunities for group projects, data analysis, and scientific communication practice
  • Final-year research project allowing in-depth exploration of a physiology topic under expert supervision
  • Use of digital tools for data collection and analysis, including software for statistical and physiological modelling

Progression & Future Opportunities

Graduates gain a solid scientific foundation suited for careers in health, biomedical research, and allied health professions.

Typical roles include:
Biomedical Scientist, Physiologist, Clinical Research Assistant, Health Scientist

Career and academic support includes:

  • Manchester Met’s dedicated careers team offering tailored advice, work placement assistance, and employer networking events
  • Opportunities for internships and volunteer roles in healthcare and research settings
  • Preparation for postgraduate study in physiology, biomedical sciences, or health-related fields

Further Academic Progression

Many graduates pursue advanced degrees in areas such as clinical physiology, biomedical research, physiotherapy, or public health, supported by Manchester Met’s strong academic and professional networks.

Program Key Stats

£21,500
£ 29
Sept Intake : 14th Jan


Eligibility Criteria

BBC
2.8
28
70

NA
6.0
79

Additional Information & Requirements

Career Options

  • Healthcare scientist (e
  • g
  • cardiology
  • respiratory physiology
  • neurophysiology)
  • Physician associate
  • Clinical laboratory scientist
  • Exercise physiologist
  • Medical researcher
  • Pharmaceutical industry roles
  • Public health analyst
  • Health and fitness consultant
  • University lecturer or academic researcher
  • Medical communications specialist

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