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Undergraduate

Computer Systems Engineering

Bachelor of Engineering (Computer Systems Engineering) - BEng(Curtin) - MJRU-CSYSE Science and Engineering
Indicative ATAR 80 Indicative TER (ATAR) - This figure provides an indication of the TER (ATAR) normally required to enter this course. It is provided as a guide only.
Location Bentley or Sarawak This course may not be offered at all locations every year. Please contact us for more information on availability.
Study method Full-time or part-time
Study mode On-campus
Intake February or July
Duration 4 years full-time

Course overview

Computer systems engineers work on the design, planning, development and testing of systems that have inbuilt or embedded computers. In some cases, computer systems engineers also supervise the manufacturing services of these systems.

Many recent technological advancements are underpinned by computer systems. The range of uses for microprocessors is increasing, from smart phones and games consoles to antilock brakes, aircraft flight control systems, robots and global telecommunications. These tiny control devices function as part of a much larger system and the technology is advancing rapidly.

In this major, you will gain the skills and understanding needed to design and operate the next generation of embedded computer systems, accurately, reliably and safely.

What the course involves
In your first year you will complete the Engineering Foundation Year (EFY). The EFY builds a solid base of the fundamental concepts common to all areas of engineering. The EFY was developed in partnership with industry to create a curriculum that is reflective of engineering practice. After completing this common year you can select to major in computer systems engineering.

In your final year you will undertake a year-long industry-based project.

You will need to complete at least 12 weeks of engineering work experience during the summer breaks, in order to graduate from computer systems engineering. 

As part of a double degree, you can study Bachelor of Engineering (Computer Systems Engineering) with Bachelor of Science (Computer Science).

Entry requirements

Entry requirements for Australian and New Zealand students

Indicative TER (ATAR) Indicative TER (ATAR) - This figure provides an indication of the TER (ATAR) normally required to enter this course. It is provided as a guide only.

80

STAT entry STAT entry - The Special Tertiary Admissions Test (STAT) assesses competencies considered important for success at uni. These tests are provided by the Tertiary Institutions Service Centre (TISC) to help mature age candidates apply for certain courses.

Not accepted.

Please see our correlation comparability for previous TEE subjects, WACE courses and WACE ATAR courses.

Mature age entry

Discover other ways you can qualify

Essential WACE courses

  • Mathematics: Methods ATAR and at least one of the following courses: Physics ATAR, Chemistry ATAR and Engineering Studies ATAR.

Desirable WACE courses

Mathematics: Specialist ATAR

Fees

Fees for Australian and New Zealand students

Unfortunately fee information is not available for this course at this time. Please check out our Fee Calculator for an estimation of course fees.

The requirements of this course may attract additional costs. For more information visit other fees and charges.

Professional recognition

Graduates fulfill the stage 1 competencies required by Engineers Australia (EAust) as the pathway to chartered engineer status (CPEng).

Credit for previous study

If you have previously worked or studied in this field, you are encouraged to contact the Faculty of Science and Engineering to discuss eligibility for recognition of prior learning.


Learn about Credit for Recognised Learning (CRL).

Career opportunities

This course can help you become a:

  • Computer Engineer

Why Computer Systems Engineering?

  • Computer engineering is one of the fastest growing and largest areas of engineering with an estimated one million practitioners across the globe. Computers in the form of microprocessors are being embedded in almost every other form of system to control them or provide additional services, creating a strong demand for qualified computer engineers both locally and internationally.
  • This course has run for more than two decades - longer than equivalent courses in most other universities in Australia. It was the first of its kind in WA.
  • Graduates enjoy very good employment opportunities in computing, networking, resources, automation, automobile, banking and many other service sectors.
  • The course is based on the IEEE-ACM Joint Task Force recommended curricula for computer engineering. It is a fully accredited program.
  • Uses for embedded systems can be found increasingly in the office, home and factory. This major will open up opportunities in industry, from manufacturing to application engineering and computer hardware design.