Biomedical Engineering with a Year in Industry

Course Structure

1. Walking and Running
2. Molecules, Cells, Processes
3. Mathematics
4. Vibrations and Waves
5. Electromagnetics
6. Logic and Digital Systems
7. Medical Science I Respiratory and Cardiovascular
8. Electrical Engineering
9. Mechanics
10. Fluid Mechanics
11. Solid Mechanics
12. Heat and Mass Transport
13. Programming
14. Engineering properties of Materials
15. Electrical Engineering Labs
16. Wet lab skills
17. Topics in Bioengineering
18. Electronic Build Project
19. Atomic, Molecular and Semiconductor Structure
20. Signals and Systems
21. Control Systems
22. Mechanical Workshop Skills
23. In the third and fourth year, you choose between the Electrical Engineering or Mechanical Engineering pathway. You also have the freedom to take a range of optional modules in an area of biomedical engineering that particularly interests you, from other engineering departments such as the:
24. Department of Electrical and Electronic Engineering
25. Department of Mechanical Engineering
26. Department of Computing
27. Department of Chemical Engineering
28. Both pathways:
29. Modelling in Biology
30. MEng Group Project
31. Electrical Engineering pathway:
32. Image Processing
33. Digital Signal Processing
34. Biomedical Instrumentation
35. Mechanical Engineering pathway:
36. Biomedical Advanced and Computational Stress Analysis
37. Biomechanics
38. Physiological Fuild Mechanics
39. Medical Imaging
40. Physiological Imaging and Monitoring
41. Stress Analysis
42. Biomechanics
43. Physiological Fluid Mechanics
44. Artificial Intelligence
45. Synthetic Biology
46. Human Centred Design of Assistive and Rehabilitation Devices
47. Control Engineering
48. Introduction to Bioinformatics
49. Transport Systems for Biological Processes
50. Computational Continuum Mechanics
51. Fundamentals of Fracture Mechanics
52. Advanced Signal Processing
53. Biomaterials
54. Biomedical Instrumentation
55. Biomedical Advanced and Computational Stress Analysis
56. Philosophy
57. European History
58. Politics
59. History of Medicine
60. Music and Western Civilisation Communicating Science: The Public and the Media
61. Philosophies of Science: Theory, Society and Communication
62. Finance and Financial Management
63. Managerial Economics
64. Entrepreneurship
65. Languages
66. Innovation Management
67. Design Led Innovation and New Venture Creation
68. Year in Industry
69. You spend this year undertaking a placement in industry, before returning to Imperial to complete your final year of study.
70. BIOENGINEERING OPTIONS
71. Biomedical Imaging
72. Advanced Physiological Monitoring and Data Analysis
73. Computational Neuroscience
74. Brain-machine Interfaces
75. Biomaterials
76. Advanced Biomaterials
77. Orthopaedic Biomechanics
78. Cellular Biomechanics
79. Human Neuromechanical Control and Learning
80. Advanced Medical Imaging
81. TECHNICAL OPTIONS OFFERED BY OTHER DEPARTMENTS ACROSS THE FACULTY OF ENGINEERING
82. Optimisation
83. Intelligent Data and Probabilistic Inference
84. Mems and Nanotechnology
85. Finite Element Analysis and Applications
86. Graphics
87. Transport Systems for Biological Processes
88. High Performance Analogue Electronics
89. Information Theory
90. Integrated Circuit Design and Technology
91. Machine Learning and Neural Computation
92. Machine Learning
93. Computational Fluid Dynamics
94. Computational Continuum Mechanics
95. Fundamentals of Fracture Mechanics
96. Integrated Design and Manufacture
97. Tribology
98. Machine System Dynamics
99. Advanced Stress Analysis
100. Introduction to Bioinformatics
101. Analogue Signal Processing
102. Nanomaterials
103. Managerial Economics
104. Innovation Management
105. Finance and Financial Management
106. Entrepreneurship