Part 4 MEng (Hons) Aeronautical Engineering

Transcription

1 Part 4 MEng (Hons) Aeronautical Engineering [AEM202] Individual Project (MEng 4) You must choose one of the design modules below; each module has 25 credits. 45 [ETM063] MEng Design Studies A (Formula Car) [ETM064] MEng Design Studies B (Sustainability) [ETM066] MEng Design Studies F (EGPR) 25 You must choose at least two from the set of M-level modules below; each module has 15 credits. AEM203 AEM226 EPM771 MEM101 MEM102 MEM103 Aerodynamics of Wings and Bodies Structural Dynamics and Aeroelasticity Computer Aided Design with CATIA and ADAMS Experimental Techniques for Flow And Combustion Diagnostics Combustion Fundamentals and Applications Advanced Mechatronics MEM104 Vehicle Engineering and Design 2 (continued overleaf) Aeronautical Engineering

2 Part 4 MEng (Hons) Aeronautical Engineering (cont) You must choose a further two from the set of HE3 modules below; each module has 15 credits. You may not select modules already taken at Part 3. Alternatively you may choose one module from the list below and a further M-level module from the list above. [AE3210] [AE3212] [AE3216] [AE3244] [AE3269] [AE3271] [EC11] [LA2002] [ME3112] [ME3114] Maintenance Technology (not if AE3207 taken last year) Air Transport Operations Business Aviation Operations Gas Turbine Engineering Orbital Mechanics and Space Transportation (new module) Aircraft Operations and Performance Introduction to Financial Derivatives LGP French Upper Intermediate Energy Utilisation and Management Renewable Energy Total Credits 1 Aeronautical Engineering

3 Part 4 MEng (Hons) Air Transport Engineering [AEM202] Individual Project (MEng 4) You must choose one of the design modules below; each module has 25 credits. 45 [ETM063] MEng Design Studies A (Formula Car) [ETM064] MEng Design Studies B (Sustainability) [ETM066] MEng Design Studies F (EGPR) 25 You must choose at least two from the set of M-level modules below; each module has 15 credits. AEM226 EPM771 MEM101 MEM102 MEM103 Structural Dynamics and Aeroelasticity Computer Aided Design with CATIA and ADAMS Experimental Techniques for Flow And Combustion Diagnostics Combustion Fundamentals and Applications Advanced Mechatronics MEM104 Vehicle Engineering and Design 2 (continued overleaf) Air Transport Engineering

4 Part 4 MEng (Hons) Air Transport Engineering (continued) You must choose a further two from the set of HE3 modules below; each module has 15 credits. You may not select modules already taken at Part 3. Alternatively you may choose one module from the list below and a further M-level module from the list above. [AE3210] [AE3216] [AE3244] [AE3269] [EC11] [LA2002] [ME3112] [ME3114] Maintenance Technology (not if AE3207 taken last year) Business Aviation Operations Gas Turbine Engineering Orbital Mechanics and Space Transportation (new module) Introduction to Financial Derivatives LGP French Upper Intermediate Energy Utilisation and Management Renewable Energy Total Credits 1 Air Transport Engineering

5 Part 4 MEng(Hons) Automotive Engineering [AEM202] Individual Project (MEng 4) [ETM063] MEng Design Studies A (Formula Car) 25 [MEM104] Vehicle Engineering and Design You must two from the set of M-level modules below; each module has 15 credits. [EPM771] Computer Aided Design with CATIA and ADAMS [MEM101] Experimental Techniques for Flow And Combustion Diagnostics [MEM102] Combustion Fundamentals and Applications [MEM103] Advanced Mechatronics You must choose a further one from the set of HE3 modules below; each module has 15 credits. [AE3210] Maintenance Technology [AE3244] Gas Turbine Engineering [ME3107] Heat Transfer and Turbomachinery [ME3108] System Reliability & Intro to Sustainable Engineering [ME3112] Energy Utilisation and Management [ME3114] Renewable Energy Total Credits 1 Automotive Engineering

6 Part 4 MEng(Hons) Energy Engineering [AEM202] Individual Project (MEng 4) You must choose one of the design modules below; each module has 25 credits. 45 [ETM063] MEng Design Studies A (Formula Car) [ETM064] MEng Design Studies B (Sustainability) [ETM066] MEng Design Studies F (EGPR) 25 You must choose two from the set of M-level modules below; each module has 15 credits. [EPM771] Computer Aided Design with CATIA and ADAMS [MEM101] Experimental Techniques for Flow And Combustion Diagnostics [MEM102] Combustion Fundamentals and Applications [MEM103] Advanced Mechatronics [MEM104] Vehicle Engineering and Design 2 (continued overleaf) Energy Engineering

7 Part 4 MEng(Hons) Energy Engineering (continued) You must choose a further two from the set of HE3 modules below; each module has 15 credits. You may not select modules already taken at Part 3. [AE3210] Maintenance Technology [AE3213] Computational Fluid Dynamics (CFD) [AE3244] Gas Turbine Engineering [ME3151] Internal Combustion Engines & Vehicle Powertrain [ME3155] Vehicle Engineering and Design Total Credits 1 Energy Engineering

8 Part 4 MEng(Hons) Mechanical Engineering [AEM202] Individual Project (MEng 4) You must choose one of the design modules below; each module has 25 credits. 45 [ETM063] MEng Design Studies A (Formula Car) [ETM064] MEng Design Studies B (Sustainability) [ETM066] MEng Design Studies F (EGPR) 25 You must choose two from the set of M-level modules below; each module has 15 credits. [EPM771] Computer Aided Design with CATIA and ADAMS [MEM101] Experimental Techniques for Flow And Combustion Diagnostics [MEM102] Combustion Fundamentals and Applications [MEM103] Advanced Mechatronics [MEM104] Vehicle Engineering and Design 2 (continued overleaf) Mechanical Engineering

9 Part 4 MEng(Hons) Mechanical Engineering (continued) You must choose a further two from the set of HE3 modules below; each module has 15 credits. You may not select modules already taken at Part 3. [AE3210] Maintenance Technology [AE3213] Computational Fluid Dynamics (CFD) [AE3244] Gas Turbine Engineering [AE3269] Orbital Mechanics and Space Transportation (new module) [ME3112] Energy Utilisation and Management [ME3114] Renewable Energy [ME3151] Internal Combustion Engines & Vehicle Powertrain [ME3155] Vehicle Engineering and Design Total Credits 1 Mechanical Engineering