Level

Unit

Credit points

Prerequisites

Corequisites

Bachelor of Engineering/Bachelor of Technology (Aerospace)

Level 1

Core units

Level 1 is common with the BE program.

Total: 48 cps

Level 2

Core units

MAE1415 Theory of flight*

4

MAE2911 Aerospace structures

4

ENG1201

MAE2921 Aerospace materials

4

ENG1501

MAT2901 Multivariable calculus for engineering

4

ENG1902

ENG1603

MAT2902 Linear algebra and differential equations

4

ENG1902

ENG1603

MEC2414 Engineering practices: drafting or MEC1414 Engineering practices: drafting (if taken in level 1) or otherwise one 4 cp elective unit (eg a level 3 unit)

4

MEC2420 Engineering practices: design process

4

ENG1201, ENG1401

MEC2414
MEC2440

MEC2430 Fluid mechanics (if not taken in level 1) or CHE2100 Momentum transfer I or otherwise one 4 cp elective unit

4

MEC2440 Applied mechanics

4

ENG1401, ENG1603, ENG1802

MEC2450 Engineering practices: machine elements

4

MEC2420

MEC2480 Thermodynamics or CHE2120 Thermodynamics I

4

ENG1101

MEC2490 Computer programming

4

ENG1602

Total: 48 cps

Note that where alternatives are offered, students are expected to enrol in the first-listed unit unless timetabling restrictions make this impractical.

Level 3

Core units

ECE2610 Aerospace instrumentation and electronics

4

ENG1301, MEC1415 or MAE1415

MAE3901 Propulsion systems

6

MEC2480, MAE3965

MAE3911 Flight mechanics

4

MEC1415 or MAE1415, MEC2430

MAE3965 Aero-fluid mechanics

6

MEC2430, MAT2901, MAT2902

MEC3403 Engineering practices: machine design

6

MEC2420, MEC2440, MEC2450

MEC3404 Engineering practices: design management

4

MEC2450, TEC2921 or MAE2921, TEC2911 or MAE2911

MEC3406 Mechanical vibrations

4

MAT2901, MAT2902, MEC2440

MEC3408 Mechanics and deformations of solids

4

MEC3462 Systems and control

6

ECE2002 (or ECE2610) and MEC3406

MEC3494 Statistical analysis of mechanical systems

4

MAT2901

Total: 48 cps

Level 4

Core units

MEC3401 Fundamentals of heat transfer

4

MEC2480, MAT2901, MAT2902

MEC3465

MEC3469 Computer-assisted engineering

6

MEC2490

MAE49XX Aerospace practices: industry

2

Select six 6 cp units in total from lists A and B

36

Total: 48 cps

Level 5

Core units

MAE49XX Aerospace practices: project A

6

MEC3404

MAE49XX Aerospace practices: project C

12

MEC4401

MAE49XX Aerospace practices: seminar

2

MAE49XX Project A

MAE49XX Project C

MEC4403 Technology and society

4

Select the remaining four 6 cp units from lists A and B

24

Total: 48 cps

List A (core):

ECE4421 Avionics 1B

6

ECE2610

MEC4418 Control systems

6

MEC4427 System integrity and maintenance

6

MEC4446 Mechanical design: advanced materials

6

MEC4447 Computers in fluids and energy

6

MEC3409 or MEC3469

MAE49XX Aircraft structures

6

MEC3408

MAE49XX Aerodynamics

6

MAE49XX Energy for propulsion

6

MAE3901 or TEC3901

List B (elective):

Students must select one approved 6 cp management unit

6

Students must select one approved 6 cp elective unit

6

* Students who take MEC1415/MAE1415 in level 1 will be required to take MAE49XX Aerospace practices: project B in place of MAE49XX Aerospace practices: project C in level 5, and will have the choice of two approved 6 credit point electives from list B in level 5.

Requirements for the Bachelor of Engineering/Bachelor of Technology (Aerospace) degree

The student requires 240 credit points for the degree.