Year 1
units (120 credits)
|
1A
|
|
A student will take
|
Semester 1
|
AER21002
|
Engineering Statics
|
AUT SEM
|
10 credits
|
FCE1001
|
Global Engineering Challenge Week
|
AUT SEM
|
0 credits
|
GEE105
|
Introduction to Materials Science and Engineering
|
AUT SEM
|
15 credits
|
Full academic year
|
COM160
|
Computer Problem Solving and Object Oriented Design
|
ACAD YR
|
20 credits
|
GEE101
|
Interdisciplinary Design I
|
ACAD YR
|
15 credits
|
GEE102
|
Introduction to Electrical Engineering
|
ACAD YR
|
15 credits
|
GEE103
|
Introduction to Process Engineering
|
ACAD YR
|
15 credits
|
GEE104
|
Thermofluids
|
ACAD YR
|
15 credits
|
MAS161
|
General Engineering Mathematics
|
ACAD YR
|
15 credits
|
|
|
1B
|
Before proceeding to Level 2, a student must attain a satisfactory standard in a) Engineering Applications and b) Engineering Drawing and Computer-aided Design as part of GEE101 Interdisciplinary Design I, the arrangements being subject to the approval of the Head of Department.
|
Year 2
units (120 credits)
|
2A
|
|
A student will take
|
Semester 1
|
FCE2001
|
Engineering - You're Hired
|
AUT SEM
|
0 credits
|
GEE204
|
Thermal & Fluid Engineering
|
AUT SEM
|
15 credits
|
Semester 2
|
CPE270
|
Process and Product Design
|
SPR SEM
|
15 credits
|
GEE206
|
Mechanical and Functional Behaviour of Materials
|
SPR SEM
|
15 credits
|
Full academic year
|
GEE201
|
Interdisciplinary Design II
|
ACAD YR
|
15 credits
|
GEE202
|
Electromechanical Energy Transformation
|
ACAD YR
|
15 credits
|
GEE205
|
Systems and Control
|
ACAD YR
|
15 credits
|
GEE207
|
Mechanics of Structures
|
ACAD YR
|
15 credits
|
MAS261
|
Further General Engineering Mathematics
|
ACAD YR
|
15 credits
|
|
|
2B
|
A student must take FCE1001 Faculty Global Engineering Challenge Week as a core module at Level 1. A student will be expected to pass the module in order to progress to Level 3. A student must pass the module in order to graduate. A student must take FCE2001 Engineering - You're Hired as a core module in Level 2. A student will be expected to pass the module in order to progress to Level 3. A student must pass the module in order to graduate.
|
Year 3
units (100 credits)
|
3A
|
|
A student will take
|
Semester 1
|
COM3004
|
Data Driven Computing
|
AUT SEM
|
20 credits
|
COM3008
|
Systems Design and Security
|
AUT SEM
|
20 credits
|
MGT388
|
Finance and Law for Engineers
|
AUT SEM
|
10 credits
|
Semester 2
|
COM3420
|
Software Hut
|
SPR SEM
|
20 credits
|
Full academic year
|
GEE302
|
Individual Investigative Project
|
ACAD YR
|
30 credits
|
|
|
units (20 credits)
|
|
|
A student will take 20 credits from this group.
|
Semester 1
|
ACS323
|
Intelligent Systems
|
AUT SEM
|
10 credits
|
Semester 2
|
ACS341
|
Machine Learning
|
SPR SEM
|
10 credits
|
COM3009
|
Robotics
|
SPR SEM
|
20 credits
|
COM3240
|
Adaptive Intelligence
|
SPR SEM
|
10 credits
|
COM3501
|
Computer Security and Forensics
|
SPR SEM
|
10 credits
|
COM3504
|
The Intelligent Web
|
SPR SEM
|
10 credits
|
|
|
3B
|
A student must pass the Individual Project (GEE302) at the first attempt or score over 40 in the advanced individual project (GEE401), in order to be eligible for the award of the Degree of BEng General Engineering (Software Engineering) (GEEU42) with accreditation. A student who fails to satisfy this requirement may be permitted by the Faculty to be awarded an unaccredited Degree of BEng Engineering (GEEU46).
|
3C
|
A student must pass a minimum of 100 credits at Level 3 in order to be awarded the degree of BEng General Engineering with accreditation. A student who passes a minimum of 90 but fewer than 100 credits at Level 3 will, in accordance with the General Regulations, be awarded the degree of BEng Engineering, but without accreditation.
|
|