Nottingham Trent University B.Eng in Biomedical Engineering Fees, Deadlines, Eligibility and Scholarships

Term

Compulsory Modules

Year 1

• Engineering Mathematics and Technical Computing – Develop mathematical and computational skills for engineering.
• Innovation and Engineering Solutions – Learn design and manufacturing skills, with a group project.
• Anatomy, Physiology and Biomechanics – Study data analysis for anatomy and biomechanics research.
• Chemistry of Materials – Understand material selection for biomedical applications.

• Digital Systems and Computer Engineering – Learn digital systems theory and apply computing and electronics to solve problems.
• Engineering Modelling and Simulation Techniques – Study methods for solving mathematical models and differential equations.
• Industrial Design and Product Case Studies – Explore product design, manufacturing, materials, efficiency, and sustainability.
• Integrated Group Design Project – Work on engineering projects, applying skills to design and produce components/products.
• Tissue Engineering, Biomaterials and Biocompatibility – Study tissue engineering, biomaterials, and their medical applications.
• Biomedical Imaging and Sensing – Develop and apply biosensors for medical processes with focus on reliability and accuracy.

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• Optional Year-Long Work Placement – Gain practical experience in the industry for a year.
• No Placement – Progress directly to the final year (Year 3) if not taking a placement

• Performance Engineering – Ensure product consistency and meet customer requirements.
• Individual Engineering Project – Apply knowledge to solve engineering problems and manage projects.
• Medical Ethics, Regulation and Clinical Trials – Design clinical trials with ethical and regulatory considerations.
• Current Developments in Biomedical Engineering – Study the latest trends and future innovations in bioengineering

Select any One

• Sensors and Embedded Electronics – Study embedded electronics through small-scale projects and sensor system design.
• Human Factors Engineering – Learn to design user-friendly products considering human capabilities and performance limits.
• Sustainability in Engineering Design – Focus on designing for sustainability with reusable or recyclable materials.
• Fundamentals of Industry 4.0 – Understand smart systems and Cyber-Physical Systems (CPS) in modern industry.
• Machine Learning for Engineers – Learn ML methods, including supervised, unsupervised, and deep learning for engineering applications.