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School of Engineering and Materials Science

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Aerospace Engineering
MEng (HK00), BEng (H401), MEng (H400), BEng (H421)

 

Structure

Aerospace Engineering at QMUL is offered as either a 3 year BEng or a 4 year MEng. Both degrees are accredited by the Royal Aeronautical Society, which means students can progress to chartered engineer status (CEng). The BEng and the MEng degree are identical up to the end of year 3. Students with an overall average mark of greater than 60% at the end of year 3 are able to progress onto the 4th year of the MEng degree.

We also offer both the BEng and the MEng degrees 'with Industrial Experience' where students take a year working in a related industrial position. Students are paid by the company during this year which also counts towards their degree. This exciting opportunity gives students a valuable insight into future careers and enhances employability.

Whilst at University, students gain a solid foundation in engineering by studying core engineering modules such as maths, stress analysis, design and fluid mechanics. In addition, students take specialist Aerospace Engineering modules starting in year 1 but increase throughout the degree programme. In years 3 and 4, students are able to choose their modules from a broad range of Aerospace Engineering course options (see the table below). This allows students to tailor their degree programme to match their own engineering interests and intended career intentions.

Throughout the degree, course material is delivered through a combination of lectures, tutorials, laboratory practicals, problem-based learning and a variety of coursework. In addition, students undertake two major projects: an individual research project in the third year and a group design project in the 4th year (see separate pages for more information). In the recent National Students Survey (NSS) Aerospace Engineering was ranked 2nd in the country and the best in London.

The following structure is given for the 'MEng with Industrial Experience' although the modules in each year are identical for other programmes. This structure is currently correct but may be subject to change in the future.

Year 1

Semester A:DEN4001 (4)
Engineering Materials in Design
DEN4101 (4)
Mechanics of Fluids 1
DEN4121 (4)
Mathematical Techniques for Engineers
DEN4005 (4)
Exploring Aerospace Engineering
Semester B:MAT4002 (4)
Engineering Design Methods
DEN4102 (4)
Engineering Mechanics: Statics
DEN4108 (4)
Engineering Mechanics: Dynamics
DEN107 (4)
Thermodynamics 1

Year 2

Semester A:DEN5100 (5)
Management of Design
DEN5108 (5)
Dynamic Models of Engineering Systems
DEN5109 (5)
Engineering Instrumentation
DEN5242 (5)
Aerothermodynamics of Fluid Flows
Semester B:DEN5101 (5)
Design for Manufacturing
DEN5102 (5)
Solid Mechanics
DEN5200 (5)
Control Systems Analysis and Design
MAT5030 (5)
Composites for Aerospace Applications

Year 3

Semester A:DEN318 (6)
Individual Project
DEN331 (6)
Computer Aided Engineering for Solids and Fluids
DEN233 (5)
Low Speed Aerodynamics
DEN303 (6)
Stability and Control of Aircraft

or
DEN6335 (6)
Spacecraft Design: Manoeuvring and Orbital Mechanics
Semester B:DEN318 (6)
Individual Project
DEN6305 (6)
Aircraft Design

or
DEN306 (6)
Aircraft Propulsion

or
DEN307 (6)
Aerospace Structures

or
DEN6405 (6)
High Speed Aerodynamics
DEN6305 (6)
Aircraft Design

or
DEN306 (6)
Aircraft Propulsion

or
DEN307 (6)
Aerospace Structures

or
DEN6405 (6)
High Speed Aerodynamics
DEN6305 (6)
Aircraft Design

or
DEN306 (6)
Aircraft Propulsion

or
DEN307 (6)
Aerospace Structures

or
DEN6405 (6)
High Speed Aerodynamics

Year 4

Semester A:DEN616 (6)
Engineering Industrial Experience
DEN616 (6)
Engineering Industrial Experience
DEN616 (6)
Engineering Industrial Experience
DEN616 (6)
Engineering Industrial Experience
Semester B:DEN616 (6)
Engineering Industrial Experience
DEN616 (6)
Engineering Industrial Experience
DEN616 (6)
Engineering Industrial Experience
DEN616 (6)
Engineering Industrial Experience

Year 5

Semester A:MAT7400 (7)
Research and Design Team Project
MAT7400 (7)
Research and Design Team Project
DEN401 (7)
Computational Engineering

or
DEN7001 (7)
Advanced Flight Control and Simulation of Aerospace Vehicles

or
DEN411 (7)
Vehicular Crashworthiness

or
DEN7335 (7)
Advanced Spacecraft Design: Manoeuvring and Orbital Mechanics

or
IPLM701U (7)
Introduction to Law for Science and Engineering
DEN401 (7)
Computational Engineering

or
DEN7001 (7)
Advanced Flight Control and Simulation of Aerospace Vehicles

or
DEN411 (7)
Vehicular Crashworthiness

or
DEN7335 (7)
Advanced Spacecraft Design: Manoeuvring and Orbital Mechanics

or
IPLM701U (7)
Introduction to Law for Science and Engineering
Semester B:MAT7400 (7)
Research and Design Team Project
MAT7400 (7)
Research and Design Team Project
DEN403 (7)
Computational Fluid Dynamics

or
DEN7305 (7)
Advanced Aircraft Design

or
DEN410 (7)
Aeroelasticity

or
DEN7026 (7)
Numerical Optimisation in Engineering Design

or
DEN7405 (7)
Advanced High Speed Aerodynamics
DEN403 (7)
Computational Fluid Dynamics

or
DEN7305 (7)
Advanced Aircraft Design

or
DEN410 (7)
Aeroelasticity

or
DEN7026 (7)
Numerical Optimisation in Engineering Design

or
DEN7405 (7)
Advanced High Speed Aerodynamics

Notes

The numbers in brackets indicate the academic level of each module, where a typical first year module is delivered at a level 4, whilst a master's module is delivered at level 7.