Biomedical Engineering modules
Browse Biomedical Engineering to find descriptions, what you will learn, how you will be taught, and how you will be assessed.
Level 1
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Advanced Mathematics I (NEU) module (BE11003)
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C Programming Language (NEU) module (BE11004)
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Java Programming Language (NEU) module (BE11005)
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C Language Programming module (BE12002)
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Mechanics (JEP) module (BE12008)
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Advanced Mathematics II (NEU) module (BE12009)
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Linear Algebra (NEU) module (BE12011)
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Thermodynamics module (ME12001)
The Thermodynamics module provides students with knowledge of energy transfer involving heat, mechanical work, and some aspects of energy analysis.
Level 2
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Circuit Principles module (BE21003)
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Thermodynamics (JEP) module (BE21004)
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Complex Function (NEU) module (BE21007)
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Medical Instrumentation module (BE22001)
Explore medical instrumentation, biomedical sensors, and signal processing. Learn hands-on about device safety, diagnostics, and healthcare technology
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Data Structure (NEU) module (BE22007)
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Machine Learning (NEU) module (BE22008)
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Matlab (NEU) module (BE22009)
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Signal and Linear System (NEU) module (BE22010)
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Python Language Programming module (BE22012)
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Introduction to Data Science module (BE22013)
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Level 3
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Biomedical Signal and Image Processing module (BE31001)
Learn to process and analyse biomedical signals and images using digital tools. Learn through practical work with clinical data and guided software development
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Medical Imaging and Diagnostic Applications module (BE31002)
Explore medical imaging techniques and their clinical applications. You will do this through real-world cases, image analysis, and hands-on computational work
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Digital Image Processing module (BE31005)
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Digital Signal Processing module (BE31006)
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Database Principles (NEU) module (BE31009)
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Healthcare Data Analysis (NEU) module (BE31011)
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Biomedical Engineering Design module (BE32001)
You will learn to work on a challenging industry-relevant task as set by industrial partners
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Surgical and Interventional Technologies module (BE32002)
Explore the tools, imaging systems, and safety principles. You will discover how they shape modern surgery and interventional procedures in clinical settings
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Image Based Diagnostics module (BE32004)
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Operating System (NEU) module (BE32014)
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Molecular Biology (NEU) module (BE32015)
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Level 4
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Biophotonics module (BE41001)
Microscopy and endoscopy give us insight into how the human body works. They look at organ systems down to cellular imaging
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Image Reconstruction and 3D Printing of Anatomical Models module (BE41002)
Learn how to transform medical scans into 3D printed anatomical models. Learn to do this through image processing, team projects, and hands-on printing sessions
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Deep Learning for Medical Imaging module (BE41003)
You will learn about and gain the skills to work with X-ray, CT, MRI and ultrasound image reconstruction and how they are applied in medicine.
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Medical Robotics and Operation Room Technology module (BE42001)
Explore how robotics and engineering are transforming surgery. You will learn through hands-on activities, real-world examples, and collaborative team projects
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Rehabilitation Engineering module (BE42003)
Explore how rehabilitation technologies can transform lives. From biosensors to brain-machine interfaces, this module will empower you to improve lives
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Research Methods and Advances in Biomedical Research module (ME40006)
Learn how to design, analyse, and communicate biomedical research. This will be done through hands-on tasks, data analysis, and real-world case studies
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Biomedical Engineering Project module (ME41002)
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Medical Ultrasound System module (ME41003)
You will learn the principles, techniques, and applications of ultrasound imaging. Also learn about operating and interpreting ultrasound machines
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Level 5
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Medical Robotics and Operation Room Technology module (BE52002)
Explore how robotics and engineering are transforming surgery. This will be through hands-on activities, real-world examples, and collaborative team projects
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Biomechanical Systems module (ME51006)
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Biomaterials module (ME51008)
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Medical Image Processing and Analysis module (ME51012)
Develop advanced skills in computational and mathematical methods used in medical image processing.
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Biomedical Engineering Project module (ME52002)