On this accredited degree, you’ll learn how to apply engineering to the healthcare industry. You’ll take part in interdisciplinary study with experts in maths, science, engineering and medical disciplines, to develop in-demand professional and technical skills.
Biomedical engineers develop innovative technologies for the diagnosis, monitoring and treatment of medical conditions. It is a growth area with applications in a range of industries. Our degrees are designed to prepare you for an exciting highly-skilled career in this rapidly growing field.
Our degrees are triple-accredited by professional bodies, meaning your qualification will be recognised for its quality and relevance. Furthermore, you will:
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Develop in-depth biomedical engineering expertise, alongside professional skills in management and communication
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Work with teams from prominent clinical institutions including St Bartholomew's Hospital and The Royal London Hospital
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Gain hands-on experience with high-tech equipment in our newly refurbished undergraduate and research labs
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Take an optional work placement to enhance your academic credentials, employability and professional expertise
Pass your second year and apply to transfer to our integrated MEng degree, which fast tracks your progress to Chartered Engineer status.
Our degrees are accredited by the Institution of Engineering and Technology, the Institute of Measurement and Control and the Institute of Physics and Engineering in Medicine.
Course content
On this Biomedical Engineering MEng you will learn from experts from several academic departments as well as active practitioners.
Year 1
Build a firm foundation in mathematics, engineering, physics, electronics and design, with our common engineering first year.
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Mathematics I (20 credits)
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Engineering Science (20 credits)
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Fluid Mechanics & Thermodynamics I (20 credits)
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Solid Mechanics (20 credits)
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Electronics (20 credits)
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Design I (20 credits)
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Personal and Professional Development (5 credits)
Year 2
Specialise in biomedical engineering with modules including mechatronics, biomedical instrumentation and programming. Complete your second engineering design project.
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Mathematics II (20 credits)
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Biomedical Instrumentation (20 credits)
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Biomedical Engineering Principles (20 credits)
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Anatomy, Physiology and Pathology (20 credits)
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Computer Science and Programming (20 credits)
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Digital Design (20 credits)
Year 3
Deepen your expertise in biomedical engineering with applied modules including medical physics and imaging, and biomedical optics. Deliver two specialist projects and develop professional skills in engineering management.
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Biosignal and Image Processing (20 credits)
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Biomedical Optics (20 credits)
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Medical Physics and Imaging (20 credits)
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MEng Individual Project (Stage 3) (20 credits)
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Engineering Management (20 credits)
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Design III: Biomedical Engineering (20 credits)
Year 4
Transition from academic study to professional practice with a significant biomedical engineering group design project.
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Robotics, Imaging and Vision (20 credits)
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Biomedical Sensors (20 credits)
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Biomedical Informatics and Telemedicine (20 credits)
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Design IV: Biomedical (40 credits)
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MEng Individual Project (Stage 4) (20 credits)
Placement
If you wish to gain practical experience during your degree, then you have the option of spending 12 months on a paid industrial placement. This industrial placement can be taken either between years 2 and 3 or between years 3 and 4. We strongly recommend this.