Electronic and Communication 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|
|Intake||February or July|
|Duration||4 years full-time|
Electronic communications underpin everyday technologies, from text messaging and air travel to TV and radio.
This major will give you an appreciation of the whole field. You will explore analogue and digital communications, sensors, imaging, control instruments, electronic design, signal processing, and telecommunications and computer networks.
In your first year you will completed 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 electronic and communications engineering.
In your final year of study, you will undertake a major research or design project.
You will need to complete at least 12 weeks of engineering work experience during the summer breaks, in order to graduate from electronic and communication engineering.
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.
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. May be used to demonstrate English competence
Mature age entry
Essential WACE courses
- At least three of the following four: Mathematics 3C/3D, Mathematics: Specialist 3C/3D, Physics 3A/3B and Chemistry 3A/3B
- At least English 2A/2B, Literature 2A/2B or English as an Additional Language/Dialect 2A/2B
Desirable WACE coursesEngineering Studies 3A/3B
Fees for Australian and New Zealand students
What is a Commonwealth supported place (CSP)? -
A CSP is subsidised by the Australian Government. They pay part of the course fees directly to Curtin and then the
student pays the remainder. The student can defer this fee to their HECS-HELP loan.
All Australian students studying an undergraduate degree are automatically awarded a Commonwealth supported place.
Learn more about CSPs and whether you're eligible by visiting the Australian Government's StudyAssist website.
Fees are indicative first year only.
*The indicative first-year fee is calculated on 200 credit points, which is the typical full-time study load per year, however some courses require additional study to be completed, in which case the fee will be higher than that shown.
This fee is a guide only. It may vary depending on the units you choose and do not include incidental fees (such as lab coats or art supplies) or the cost of your textbooks - visit other fees and charges for more information. For more information on fees and to determine your eligibility for HECS-HELP or FEE-HELP, please visit fee basics or the Study Assist website
If you're not an Australian citizen, permanent resident or New Zealand citizen, please see information for international students.
Graduates fulfill the stage 1 competencies required by Engineers Australia (EAust) as the pathway to chartered-engineer status (CPEng).
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.
This course can help you become a:
- Electrical Engineer
- Electronics Engineer
- This course provides you with fundamental and up-to-date knowledge in two of the fastest advancing technology areas.
- Augment your theoretical study with laboratory experimentation and computer simulation.
With the broad range of skills you will acquire in this major, you will have career options in areas as diverse as software development, industry applications of electronic systems, fibre optics and mobile communications.