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For aspiring students wanting to study telecommunications engineering, here are some of the best telecommunications engineering universities, especially if they want to work in 5G networks, wireless systems, IoT, and more! With the rise of communication infrastructure in Australia, there are increasing opportunities for telecommunications engineering students. Acquiring telecom degrees has become valuable for students to enhance their technical skills and improve the prospects of Engineers Australia skill assessment and migration.
Telecommunication engineering is quite popular because it overlaps with network technology, embedded systems, cyber security, cloud computing and digital communications. Bachelor of Telecommunications and Networking graduates have excellent job prospects, research opportunities and career pathways in the telecommunications and networking industry. This blog takes you through the top telecommunications engineering universities, courses, fees and entry requirements to help you make an informed decision. You should also adopt a forward-thinking approach with summary statements, and you’re obligated to keep your CPD current, so it pays in the long run.
Below are some of the best and top-ranked telecommunications engineering universities Australia with outstanding academic quality, hands-on labs, cutting-edge research works and employability.
RMIT is one of the only universities in Australia to offer a Bachelor of Engineering (Telecommunications) (Honours). The essential courses of analog or digital signal processing, wireless communication and other general theories of telecommunication are offered at the advanced level. Students work on real-world simulation projects, engage with network industries, and access telecommunication labs equipped with fiber-optic technology. RMIT’s job-oriented learning style and collaboration with Australian network companies attract many students.
UTS has electrical and communication ones, which are very much along telecom and networking lines. UTS is known for being an industry-led course provider, working with network operators such as Telstra, Optus and NBN. Students learn about internships, design studios, lab training and capstone projects to get prepared for telecom roles. UTS is an excellent option for students who prioritize employability and a practical engineering degree.
UNSW is an internationally renowned engineering faculty that provides a Bachelor of Engineering (Honours) in Electrical Engineering with a major in Telecommunications.Â
Why choose UNSW?Â
Labs and Industry Training: UNSW has cutting-edge labs where students can get real-world exposure with digital networks, the Internet of Things, wireless systems, microwave circuits, optical communications, and more. To graduate, you need to spend at least sixty days training with one of UNSW’s industry partners, which gives you real-world experience. UNSW is one of the best universities for students who want to do research, get a Ph.D., or work in telecom innovation. UNSW gets students ready to do well in both academic and professional telecom paths by providing them with access to the latest technology and strong links to the industry.
Monash provides Electrical and Computer Systems Engineering with telecom-centric electives. You’ll study signal processing, data communications, satellites, fiber systems, wireless network engineering, and embedded electronics.
Monash alumni are in high demand at technology firms, telecommunications companies, and R&D establishments. The university promotes innovation through student research groups and project competitions.Â
QUT is a practical, applied university that many international students are interested in for its cost-effective engineering courses. Their electrical engineering courses include communication systems, network engineering and digital systems, as well as IoT infrastructure.
Project-based learning at QUT suits those students who are looking to apply what they’re learning, rather than studying theory.
At the University of Adelaide there are undergraduate and postgraduate options in telecom engineering, with strong research in radar, RF systems, terahertz communications, 5G, signal design, as well as photonics and wireless security. Students will be able to undertake up to 450 hours of industry placement, a significant point of difference in terms of employability. This program is ideal for students who wish to have both research and industry exposure.
Each of these Aussie telecommunications engineering universities has its own areas of strength. UNSW and Monash are research powerhouses; RMIT and UTS manhandle practical telecom industry engagement. QUT is cost-effective, and Adelaide has structured research placements. A lot of engineering students eventually go for skill assessments, and by taking professional help in career episode writing or resume writing services, this journey becomes so easy.
For students who intend to pursue a bachelor of telecommunications engineering in Australia, that includes:
Eligibility To apply for a master of telecommunications engineering in Australia, you need:
Engineering Students from Nepal, India and Sri Lanka are choosing Australia since the degree matches the skill assessment prerequisites, so here PR paths are structurally accessible for them. If you have industry experience but lack a direct match to formal qualifications, our Recognition of Prior Learning (RPL) services can assist with transforming experience into recognized competencies for migration.
CDR Engineer Australia Guide helps you explore the top Telecommunications Engineering Universities, understand study pathways, discover career opportunities, and learn about the PR route through ANZSCO 263311.
University | Program | City |
RMIT University | Bachelor of Engineering (Telecommunications Engineering) (Honours) | Melbourne |
UTS | Bachelor of Engineering (Honours)—Electrical/Comms Pathways | Sydney |
UNSW Sydney | Bachelor of Engineering (Honours) in Electrical Engineering with Telecommunications major | Sydney |
Monash University | BEng (Honours): Electrical & Computer Systems Engineering | Melbourne |
QUT | Bachelor of Engineering (Honours) – Electrical | Brisbane |
University of Adelaide | BEng (Hons) Electrical & Electronic / Master of Telecommunications Engineering | Adelaide |
University | Indicative Fees/Year | Internship Opportunities |
RMIT University | ~AUD 45,120 (2025) | Telecom labs, network projects |
UTS | AUD 40,000–55,000 | Industry-integrated learning |
UNSW Sydney | ~AUD 47,000–61,000 | 60-day mandatory industrial training |
Monash University | Varies for international students | IIP, Co-op programs, applied labs |
QUT | ~AUD 35,000–50,000 | Hands-on project-based training |
University of Adelaide | ~AUD 35,000–50,000 | Up to 450-hour placement |
Disclaimer: The tuition fee is indicative of an annual figure for 2025–2026. International fees are going up 6–8% annually at universities. For the latest fees, please check directly with the enrolling College.
This table will help you see the tuition fees and the outcomes of studying telecommunications engineering at universities in Australia. You can also visit our CDR, Resume and RPL writing price structures while you plan out your educational fees so that future documentation costs are transparent to you
The range of tuition fees to study telecommunications engineering universities in Australia is as follows:
Apart from tuition, students must consider:
Expense Type | Approx. Yearly Cost |
Accommodation | AUD 15,000–22,000 |
Food & Living | AUD 6,000–9,000 |
OSHC Insurance | AUD 450–800 |
Transport & Utilities | AUD 2,000–4,000 |
Scholarships Available at telecommunications engineering universities
Note: The availability of scholarships relies on your grades, the quality of your SOP, and how early you apply.
RMIT University (The Royal Melbourne Institute of Technology): The course takes a hands-on approach, covering topics such as wireless networks, radio system design, IoT, digital communication, and telecom switching. Students often work with live industrial devices and simulation tools like MATLAB, a packet tracer, and HFSS.
UNSW Sydney (The University of New South Wales): Top-notch research in RF design, wireless communication, optical fiber, satellite systems, microwave engineering, and mobile network protocols. UNSW requires 60 days of training, which helps students make strong connections in the sector.Â
Monash University: Engineering labs for signal processing, embedded systems, electromagnetics, wireless protocols, digital communications, and robotics. The Industry Integrated Program prepares graduates for professional engineering practice.
UTS (University of Technology Sydney): The program is known for its close connection with industry partners. Students attend workshops, industry seminars, and telecom hackathons and work on network configuration, real-time traffic management, and cloud telecom systems.
University of Adelaide: The program excels in both research and placements. Labs include radar systems, antenna measurement, 5G networks, RF electronics, and photonics. Up to 450 hours of professional placement gives it a career advantage.
QUT (The Queensland University of Technology): Project-oriented learning is suitable for practical-minded students. Courses focus on communication engineering, IoT, satellite systems, mobile broadband, and data networks
Student Profile | Recommended University |
Aiming for research/PhD & innovation | UNSW, Monash, Adelaide |
Seeking strong industry jobs & practical work | RMIT, UTS, UNSW |
Budget-conscious students | QUT, Adelaide |
Looking for broader electronics foundation | Monash, RMIT |
Actually, the best telecommunications engineering universities in Australia for you will depend on your professional goals, budget, desired city, and intentions to move there in the future. Before or after graduation, every engineering student writes CDR documents, such as career episode writing, summary statement writing, and Continuing Professional Development (CPD) records. Having someone with experience help you can make this process a lot easier
Before you apply to any telecoms engineering school that provides telecom engineering, you should consider the following:
Choosing the correct school is the first step on the road to becoming a telecom engineer. Australia’s best telecommunications engineering universities, such as UNSW, Monash, RMIT, UTS, QUT, and Adelaide, have world-class courses, up-to-date labs, scholarships, access to research, and chances to work in the field. Telecom businesses, data centers, 5G infrastructure development, cloud service providers, and the government communication sector all want to hire graduates.
Students can develop a successful professional future and look into PR paths by choosing the right courses, doing hands-on projects, and later preparing for the CDR for Engineers Australia. Australia is still one of the finest places to study telecoms engineering if you want to work or move there. We help with summary statements, career episodes, CPD writing, resume writing, and RPL services if you plan to move in the future. We also give clear prices for all of our documentation support.
Based on their research facilities, telecom labs, and job prospects, UNSW Sydney, Monash University, RMIT University, UTS, QUT, and the University of Adelaide are the best alternatives.
The demand for telecom engineers is high due to the growth of 5G and 6G networks, IoT devices, cybersecurity, and fiber-optic networks; therefore, you can work as a telecommunications engineer.Â
Depending on their job, workplace, and amount of expertise, a Telecom Engineer in Australia usually makes between AUD 70,000 and 130,000 or more.Â
Yes. ANZSCO 263311 Telecommunications Engineer is listed under skilled occupations suitable for PR visas, like 189/190/491.
Average tuition ranges from AUD 35,000 to 60,000 yearly, excluding living expenses
