• Aerospace engineering
• Applied mechanics
• Engineering skills
• Analogue electronics
• Structure of industry
• Mathematics
• Thermodynamics & fluid mechanics

• Aerospace design skills & project
• Applied mechanics
• Introduction to engineering materials
• Managerial & organisational context
• Mathematics AE2V
• Mathematics AE2W
• Mathematics AE2X
• Mathematics AE2Y
• Power electronics
• Introduction to aerodynamics
• Elements of thermodynamics for aero propulsion

• Aerodynamics & fluid mechanics
• Aerospace instrumentation & measurement
• Aircraft performance
• Aircraft design
• Aircraft structural analysis & design
• Dynamics & control
• Flight mechanics
• Numerical methods in aerospace engineering
• Propulsion & turbomachinery
• Aircraft structures & materials
• Managerial accounting & finance 1 (fast-track students only)

• Aircraft structures & materials 4 / Aircraft structures & materials 5 *
• Aircraft vibration & aeroelasticity
• High speed aerodynamics
• Physics of fluids
• Flight dynamics
• Elements of law for engineers

• Flight testing
• Aerospace design project 4M
• Research project 
• 1/2 course(s) from the lists below (depends on curriculum and course)

• Final year project
• Aerospace design project 4
• 1/2 course(s) from the lists below (depends on course)

MEng-only options:

• Avionics systems
• Managerial & organisational context

BEng-only options:

• Flight testing

Year 4 options:

• Computational fluid dynamics
• Rotorcraft aeromechanics
• Spaceflight dynamics
• Lasers & electro-optic systems
• Turbomachinery
• Industrial aerodynamics

• Aeroelasticity
• Aircraft handling qualities & control
• Aircraft operations & systems
• Professional studies
• Aircraft structures & materials 4 / Aircraft structures & materials 5 *
• Research project (standard curriculum only)
• Aerospace group design project (standard curriculum only)
• Individual project (industrial curriculum only)
• European project (European curriculum only)
• Plus 1/2 courses from the list below

Two choices from:

• Advanced techniques for fluid dynamics
• Space flight dynamics
• Rotorcraft aeromechanics
• Industrial aerodynamics
• Turbomachinery
• Computational fluid dynamics
• Professional practice