Colleges That Offer Biomedical Engineering

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Enrich your studies with the opportunity to spend a year abroad or practice your knowledge in industry

Colleges That Offer Biomedical Engineering

As a biomedical engineer, you will learn how to use technology to help people live longer, healthier and happier lives.

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You will have the opportunity to take basic engineering principles and knowledge of the human body and see how they are applied to life-changing projects.

This course is for you if you are interested in a range of disciplines, from mechanics and nanotechnology to physiology, programming and design. Your course will be based on practical activities in these subjects, learning in our modern facilities and in an interdisciplinary community.

With the ability to adapt your engineering interests to biomedical, electrical, mechanical or computational bioengineering, you’ll be able to find a niche that suits you.

The skills you will have the opportunity to develop will enable you to pursue a career in a range of sectors, whether it is in medical physics, starting your own company or applying to medical degree programmes.

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In your final year, you will complete an integrated year abroad at one of our partner universities, where you will be able to challenge yourself in a different academic and cultural environment.

In the fourth year, you will complete a 12-month industrial placement where you will gain invaluable real-world experience applying your theoretical knowledge in a practical environment.

This page is updated regularly to reflect the latest version of the curriculum. However, this information is subject to change.

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Gain a basic understanding of the chemistry and materials science principles relevant to bioengineering, including how the properties of materials are determined by their structure at different length scales. You will also explore the fundamentals of classical thermodynamics and their applications in biomedical engineering and molecular science.

Learn how to choose the most appropriate mathematical methods for solving problems and build a platform for mathematical knowledge.

Learn the fundamentals of digital logic design and computer programming while exploring how digital computers interact with the real world.

Explore the principles of mechanics and electronics and the mathematical relationships between them. Get hands-on experience in an electronics and mechanics lab and learn how these concepts can be used to study bioengineering problems.

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Develop a basic understanding of the principles of chemistry and materials science relevant to bioengineering. You will also develop skills in wet laboratory activities in the preparation of various biomaterials and practice basic classification methods.

Discover the principles of engineering design and expand your practical skills by using the right tools and software to solve a variety of design problems.

Build on your previous mathematical studies and gain essential skills and knowledge that you will use for the rest of your biomedical engineering program.

Discover the basics of signal processing and linear control systems and their applications in bioengineering, biomedical and medical engineering.

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To examine the basic concepts of structural mechanics and their importance in designing and performing risk analysis, developing analytical skills in stress analysis. You will also examine the fundamental equations in the study of fluid mechanics and apply these concepts to fluid problems in a biomedical context.

Understand the basic concepts and laws of electrostatics and magnetostatic physics and review their application to basic physical and engineering problems. Gain experience with simple electronic circuits and DC ORCAD/SPICE modeling of simple transistor topologies.

Apply engineering design principles and professional practices to collaborative design, development, and test team projects. Work in a team to solve real design problems, expand your engineering design skills and apply learning from other modules to practical challenges.

Improve your programming knowledge by expanding on ANSCI C principles and studying C++. Participate in labs that focus on more advanced programming skills, including data structures, object-oriented programming, and algorithm design.

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Expand your understanding of the principles of thermodynamics and heat and mass transport in the context of biomedical engineering. Learn how to analyze transport-related processes using advanced mathematics and dimensional analysis, and how to formulate, manipulate, and solve the equations governing heat and mass transport.

Explore a variety of physiological concepts and systems, including the nervous system, musculoskeletal system, endocrine system, gastrointestinal tract, reproductive system, and renal system. Learn about control processes in these systems, emphasizing the role of control, performance constraints, and design in neural systems.

Each pathway focuses on a different area of biomedical engineering and each consists of its own set of compulsory modules.

Students do not have to choose a pathway when transferring to the BEng programme, but must choose five optional modules in addition to the core modules.

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Some of the optional modules listed may be mandatory for certain routes. In this case, you will not be able to use the same module twice.

*Modules marked with an asterisk are level 7 modules. You will need to complete a minimum number of Level 7 modules by the end of your studies.

Explore probability theory and the mathematical concepts underlying statistical models. Learn how to apply statistical models to real-world data and gain the statistical skills and knowledge needed for the advanced years of your bioengineering program.

Gain experience and improve your skills in project management, time management, collaboration, reporting and overall communication while working in a team on your chosen research project.

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Discover mathematical and computational modeling techniques used in biology and physiology. Explore the foundations of nonlinear dynamics, biological networks, and stochastic processes in biology and medicine, and put theory into practice by building your own models using MATLAB.

Choose from a range of subjects offered outside the department and study alongside students from other fields of study.

Expand your understanding of electronic components and system architecture and their applications in various biomedical devices.

Explore basic biomechanics concepts such as kinematics and kinetics of human movement, macromechanics and microcirculation in various organs. Learn gait analysis techniques and practical techniques for measuring and controlling biofluid flow.

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Major classes of biomedical implant materials (including metals, ceramics, and polymers) are reviewed, focusing on their clinical use as body part or tissue substitutes and various causes of failure.

Explore the fundamental concepts of biomechanics, including the kinematics and kinetics of human movement and the mechanics of micro and macro circulation in various organs. Learn gait analysis techniques and practical techniques for measuring and controlling biofluid flow.

Familiarize yourself with advanced concepts of fluid mechanics and numerical methods of computational fluid dynamics and review their applications in physiology.

Explore advanced topics in mechanical drafting, stress analysis, and finite element modeling in the context of biomedical applications. Learn about biomedical device manufacturing and gain the skills needed to become a stress analysis engineer in the biomedical/mechanical engineering industry.

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Explore digital image processing and image analysis techniques and understand the calculations involved in interpreting or ‘decoding’ images. Learn about the biomedical, clinical, and research applications of image processing and computer vision.

Discover the fundamental principles and techniques of discrete-time signal representation, transformation, and processing. Deepen your knowledge by putting theoretical concepts into practice in biomedical applications.

Use your existing programming skills and gain experience working in a development team on a major bioengineering software project. Learn software engineering tools, including those needed for project lifecycle management, requirements capture, design, modeling, testing, and effective teamwork.

To study the principles of genetic engineering, synthetic biology and the design of biological machines. Expand your understanding of computational modeling of biological systems through practical applications and work on i-Gem mini-projects using principles from synthetic biology, computational modeling, ethics and experimental design.

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Learn how to design intuitive and efficient rehabilitation systems and assistive devices by integrating mechatronics, human factors and computer games. Understand how to evaluate existing and development systems based on human-centered design principles.

Understand the basic concepts of tissue development and learn how scientists use these concepts to mimic nature in a laboratory environment to create cells and tissues that can be used to model disease, treat disease, or develop drugs.

Explore key theoretical concepts that underpin science communication and education in schools and other learning settings. Observe real-world science communication through practicum in schools or other learning environments, then design and implement your own hands-on activities in these learning environments.

Discover the new interdisciplinary field of biomimetics, which explores how functional principles found in nature can inspire scientists and engineers to solve extraordinary technological problems.

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You cannot use the same module twice. Some modules are hosted in other departments and are subject to availability.

Use the knowledge and skills you have developed during your studies to solve unfamiliar research problems. Gain insight into the research environment as you work independently on a year-long research project that will address unanswered questions and challenges in bioengineering.

Appreciate the role of computational and theoretical approaches in understanding the nervous system. Apply your knowledge to code and use digital tools

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