Chemical with Nuclear Engineering

Course Structure

1. CORE MODULES
2. Mathematics 1
3. Properties of Matter
4. Chemistry
5. Thermodynamics 1
6. Process Analysis
7. Separation Processes 1
8. Fluid Mechanics 1
9. Heat and Mass Transfer
10. Mastery for Engineers
11. Business for Engineers 1 - Engineering Ethics and Work Behaviour
12. PRACTICAL WORK
13. You carry out projects in chemical engineering laboratories on the use of computing, and on process design:
14. Matlab
15. Foundation Labs
16. Design Project
17. CORE MODULES
18. Mathematics 2
19. Process Dynamics and Control
20. Thermodynamics 2
21. Reaction Engineering 1
22. Industrial Chemistry
23. Biochemistry
24. Fluid Mechanics 2
25. Heat Transfer
26. Separation Processes 2
27. Mastery for Engineers
28. Business for Engineers 2 - Economic Evaluation of Projects
29. PRACTICAL WORK
30. Projects in this year include computer-aided design of reactors and process control, the use of computer-controlled pilot plants and further laboratory work.
31. CORE MODULES
32. Safety and Loss Prevention
33. Strategy of Design
34. Fluid Mechanics 3
35. Particle Mechanics
36. Reaction Engineering 2
37. Environmental Engineering
38. Numerical Methods
39. Introduction to Nuclear Energy
40. Nuclear Chemical Engineering
41. Mastery for Engineers
42. Business for Engineers 3 - Running a Commericial Organisation
43. PRACTICAL WORK
44. The above modules are complemented by a variety of projects:
45. Discovery Labs
46. Techno-economic project
47. Flow sheeting Project
48. Mechanical Design Project
49. Advanced Chemical Engineering Practice \x96 industrial internship or a research project (lasting for one or two terms)
50. Advanced Chemical Engineering Design Practice \x96 a major plant design project
51. Nuclear Thermal Hydraulics (Chemical Engineering)
52. Nuclear Materials (Materials)
53. Nuclear Reactor Physics (Mechanical Engineering)
54. Mastery for Engineers
55. You also have a wide choice of optional modules from across the Faculty of Engineering which allows you to tailor the programme to your interests. This currently includes:
56. Advanced Bio Process Engineering (Chemical Engineering)
57. Advanced Process Operations (Chemical Engineering)
58. Advanced Process Optimisation 1 (Chemical Engineering)
59. Clean Fossil Fuels (Chemical Engineering)
60. Colloids & interface Science (Chemical Engineering)
61. Downstream Separation in Biotechnology (Chemical Engineering)
62. Dynamic Behaviour of Process Systems (Chemical Engineering)
63. Dynamical Systems in Chemical Engineering (Chemical Engineering)
64. Long Research Project (Chemical Engineering)
65. Membrane Science (Chemical Engineering)
66. Modelling of Biological Systems (Chemical Engineering)
67. Pharmaceutical Process Development (Chemical Engineering)
68. Process Heat Transfer (Chemical Engineering)
69. Product Characterisation (Chemical Engineering)
70. Transport Processes in Biological Systems (Chemical Engineering)
71. Design-led Innovation and New Venture Creation (Mechanical Engineering)
72. Computational Finance (Computing)
73. Biomechanics (Material)
74. Biomaterials (Materials)
75. Computational Fluid Dynamics (Aeronautics)
76. NanoMaterials (Materials)
77. Optimisation (Electrical Engineering)
78. Languages
79. Lessons from History
80. Advanced Creative Writing
81. Global History of Technology and Industry
82. Science Culture and Society Extended Essay
83. Philosophy of Mind
84. Science and Beauty
85. Science and Humanism
86. Technology, Justice and Security
87. Visual Culture, Knowledge and Power
88. Accounting
89. Entrepreneurship
90. Finance and Financial Management
91. Innovation Management
92. Managerial Economics
93. Managing Organisations
94. Marketing
95. Strategy Management
96. Sustainable Business