units (40 credits)
|
4A
|
|
A student will take 40 credits from this group.
|
Full academic year
|
ACS488
|
Aerospace Individual Investigative Project
|
ACAD YR
|
40 credits
|
AER488
|
Aerospace Individual Investigative Project
|
ACAD YR
|
40 credits
|
COM488
|
Aerospace Individual Investigative Project
|
ACAD YR
|
40 credits
|
EEE488
|
Aerospace Individual Investigative Project
|
ACAD YR
|
40 credits
|
MAT488
|
Aerospace Individual Investigative Project
|
ACAD YR
|
40 credits
|
MEC488
|
Aerospace Individual Investigative Project
|
ACAD YR
|
40 credits
|
|
|
4B
|
One of the following streams
|
AND
|
units (80 credits)
|
|
AEROSPACE MATERIALS STRUCTURES AND MANUFACTURING STREAM
|
A student will take 80 credits from this group.
|
Semester 1
|
MAT4447
|
Industrial Training Programme (ITP), Project 3: Aerospace Materials
|
AUT SEM
|
20 credits
|
MEC410
|
Structural Vibration: Analysis and Practice
|
AUT SEM
|
10 credits
|
MEC414
|
Technology Strategy and Business Planning
|
AUT SEM
|
10 credits
|
Semester 2
|
MAT444
|
Advanced Materials Manufacturing: Part I
|
SPR SEM
|
10 credits
|
MAT445
|
Advanced Materials Manufacturing: Part II
|
SPR SEM
|
10 credits
|
MEC406
|
Engineering Composite Materials
|
SPR SEM
|
10 credits
|
MEC413
|
Aircraft Aeroelasticity and Loads
|
SPR SEM
|
10 credits
|
|
|
AND
|
units (80 credits)
|
|
AERODYNAMICS AND PROPULSION STREAM
|
A student will take 80 credits from this group.
|
Semester 1
|
MEC403
|
Reciprocating Engines
|
AUT SEM
|
10 credits
|
MEC410
|
Structural Vibration: Analysis and Practice
|
AUT SEM
|
10 credits
|
MEC435
|
Advanced Aero Propulsion
|
AUT SEM
|
10 credits
|
MEC6449
|
Advanced Fluid Mechanics
|
AUT SEM
|
10 credits
|
Semester 2
|
MAT444
|
Advanced Materials Manufacturing: Part I
|
SPR SEM
|
10 credits
|
MAT445
|
Advanced Materials Manufacturing: Part II
|
SPR SEM
|
10 credits
|
MEC313
|
Finite Element Techniques
|
SPR SEM
|
10 credits
|
MEC408
|
Marketing Management
|
SPR SEM
|
10 credits
|
|
|
AND
|
units (80 credits)
|
|
AIRCRAFT POWER AND ACTUATION SYSTEMS STREAM
|
A student will take 80 credits from this group.
|
Semester 1
|
ACS6335
|
Real-Time Embedded Systems
|
AUT SEM
|
10 credits
|
Semester 2
|
ACS424
|
Multi-Sensor Data Fusion
|
SPR SEM
|
10 credits
|
EEE6012
|
Antennas, Radar and Navigation
|
SPR SEM
|
10 credits
|
EEE6023
|
Power Electronics
|
SPR SEM
|
10 credits
|
MEC408
|
Marketing Management
|
SPR SEM
|
10 credits
|
Full academic year
|
EEE6203
|
Motion Control and Servo Drives
|
ACAD YR
|
15 credits
|
EEE6220
|
Electronic Communication Technologies
|
ACAD YR
|
15 credits
|
|
|
AND
|
units (80 credits)
|
|
FLIGHT CONTROL SYSTEMS STREAM
|
A student will take 80 credits from this group.
|
Semester 1
|
ACS426
|
Advanced Control
|
AUT SEM
|
10 credits
|
ACS6335
|
Real-Time Embedded Systems
|
AUT SEM
|
10 credits
|
COM4506
|
Testing and verification in safety-critical systems
|
AUT SEM
|
15 credits
|
MEC414
|
Technology Strategy and Business Planning
|
AUT SEM
|
10 credits
|
Semester 2
|
ACS424
|
Multi-Sensor Data Fusion
|
SPR SEM
|
10 credits
|
ACS6334
|
Mobile Robotics and Autonomous Vehicles
|
SPR SEM
|
10 credits
|
COM6116
|
Theory of Distributed Systems
|
SPR SEM
|
15 credits
|
|
|
AND
|
units (80 credits)
|
|
GENERAL STREAM
|
A student will take 80 credits from this group.
|
Semester 1
|
COM4506
|
Testing and verification in safety-critical systems
|
AUT SEM
|
15 credits
|
MEC435
|
Advanced Aero Propulsion
|
AUT SEM
|
10 credits
|
Semester 2
|
ACS424
|
Multi-Sensor Data Fusion
|
SPR SEM
|
10 credits
|
MEC406
|
Engineering Composite Materials
|
SPR SEM
|
10 credits
|
MEC408
|
Marketing Management
|
SPR SEM
|
10 credits
|
MEC413
|
Aircraft Aeroelasticity and Loads
|
SPR SEM
|
10 credits
|
Full academic year
|
EEE6203
|
Motion Control and Servo Drives
|
ACAD YR
|
15 credits
|
|
|
5
|
Before proceeding to Level 3, a student must pass AER120 Introduction to Aerospace Design, including attaining a satisfactory standard in (a) Engineering Applications, and (b) Engineering Drawing and Computer-aided Design, the arrangements being subject to the approval of the Aerospace Engineering Board of Studies.
|
6
|
During Level 3, a student must attain a satisfactory standard in a Flight Laboratory Course, the arrangements being subject to the approval of the Aerospace Engineering Board of Studies.
|
7
|
A student must satisfy the requirements of the General Regulations for First Degrees as to progression in order to continue as a student for the Degree of MEng Aerospace Engineering (AERU10). A student who fails to satisfy these requirements may be permitted by the Faculty to (a) at the end of level 2 become a candidate for the Degree of BEng Aerospace Engineering (AERU11), or (b) at the end of level 3 become a candidate for the Degree of BEng Aerospace Technology (AERU17).
|
8
|
A student must pass the Aerospace Individual Investigative Project (ACS488 / AER488 / COM488 / EEE488 / MAT488 / MEC488) at the first attempt in order to be eligible for the award of the Degree of MEng Aerospace Engineering. A student who fails to satisfy this requirement may be permitted by the Faculty to become instead a student for the Degree of BEng Aerospace Engineering (AERU11).
|