Computer Systems Engineering major
UTS major code: 03
UAC code: 603025
Testamur title: Bachelor of Engineering in Computer Systems Engineering
Diploma in Engineering Practice
Total credit points: 204
The Computer Systems Engineering major aims to develop graduates who are able to specify, design, and implement complex computer-based systems. The increasing complexity and popularity of computer systems creates significant demand for such graduates, evidenced by a graduate employment rate of almost 100 per cent.
Many graduates of the major will work in the technical computer industry in such areas as telecommunications, process control, manufacturing, defence and electronics. Increasingly, graduates will also work in non-engineering industries that have a need for state-of-the-art computer systems, such as finance, retailing and social services.
Computer systems engineering is a field of challenging intellectual knowledge and experience. Computer systems engineers are highly trained professionals who need to have knowledge not only of software and programming, but also of electronics, mathematics, physics, information theory and computer hardware. With this breadth of training, they often work as software engineers or electronics engineers, or in other areas of information systems and technology.
The major concentrates on professional formation in the area of technical expertise and on providing the necessary technical tools, and incorporates a strong systems engineering approach. It emphasises professional values and an appreciation of the social context within which a computer systems engineer works, and develops information literacy, problem-posing, problem-solving and presentation skills.
A number of subjects are project-based, placing strong emphasis on interpersonal communications skills, team work, and providing opportunities for development of maturity and the achievement of self-fulfilment within a supportive environment.
Standard program
Semester 1
C 48210 Engineering for Sustainability 6cp
C 33130 Mathematical Modelling 1 6cp
C 68037 Physical Modelling 6cp
FP 48510 Introduction to Electrical Engineering 6cp
Semester 2
C 33230 Mathematical Modelling 2 6cp
FP 48023 Object-oriented Programming 6cp
FP 48610 Introduction to Mechanical and Mechatronic Engineering 6cp
FP 48520 Electronics and Circuits 6cp
Semester 3
C 48230 Engineering Communication 6cp
FP 48024 Object-oriented Design 6cp
FP 48531 Electromechanical Systems 6cp
FP 48530 Circuit Analysis 6cp
Semester 4
EPP Engineering Internship (may be taken in Semester 3 or 4)
Semester 5
C 48240 Uncertainties and Risks in Engineering 6cp
FP 48440 Software Engineering 6cp
FP 48441 Introductory Digital Systems 6cp
xxxxx Elective 6cp
Semester 6
C 48250 Engineering Economics and Finance 6cp
FP 48450 Real-time Operating Systems 6cp
FP 48451 Advanced Digital Systems 6cp
xxxxx Elective 6cp
Semester 7
C 48260 Engineering Management 6cp
FP 48540 Signals and Systems 6cp
or
FP 48541 Signals Theory 6cp
FP 48740 Communications Networks 6cp
xxxxx Elective 6cp
Semester 8
EPP Engineering Internship (may be taken in Semesters 69)
Semester 9
C 48270 Technology Assessment 6cp
FP 48570 Data Acquisition and Distribution 6cp
FP 48470 Computer Systems Analysis 6cp
xxxxx Elective 6cp
Semester 10
FP 48480 Computer Systems Design 6cp
xxxxx Capstone Project 6cp
xxxxx Capstone Project 6cp
xxxxx Elective 6cp
C = Core subject
EPP = Engineering Practice Program
FP = Fields of practice subject
Note: Engineering Internship shown in Semesters 4 and 8 is for illustration only.
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