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A Telecommunications Engineer creates electronic communication systems and equipment in a range of settings. You might design telecommunication systems to meet your organisation’s needs or develop a system for external clients. Telecommunications Engineers may also build or install telecommunications equipment or perform repairs to existing systems.
Telecommunications Engineers should be able to follow instructions and work well as part of a team. You’ll need to be a good problem solver and have strong analytical skills. Telecommunications Engineers need excellent attention to detail and must be able to manage their time well.
There are 7 courses available for people who want to become a Telecommunications Engineer. These are the top 5 most popular courses.
Possible job outcomes:
Are you an experienced IT professional looking to expand into the telecommunications sector? The ICT60220 Advanced Diploma of Information Technology (Telecommunications Network Engineering) will teach you how to design telecommunications networks that include the associated broadcasting equipment. The course covers: evaluating networking regulations for the telecommunications industry, planning and developing advanced integrated IP networks, ICT project planning, managing network traffic, and producing ICT network architecture designs. You’ll also gain advanced skills in leadership, problem solving, communication, and Cyber Security. Enquire now for telecommunications competencies, entry requirements, and course providers with openings right now..
Average duration: 24 months.
Become a Senior Electronics Technician with the UEE60220 Advanced Diploma of Electronics and Communications Engineering. This nationally recognised diploma will teach you how to commission electronics and communications systems, develop design briefs for electrotechnology and computer systems projects, then design and develop the electronics required. The course also covers: OHS, risk management, environmental and sustainability issues in the energy sector. Enquire now for the list of entry requirements, elective choices, and upcoming enrolment dates..
The Bachelor of Engineering Technology (Telecommunications) focuses on the essential skills and knowledge needed to design and build complex network systems, such as those used in home automation, self-driving vehicles, and the National Broadband Network. This course is specifically tailored for individuals who have a passion for tackling challenging problems and take pleasure in physically constructing systems. Students will gain a deep understanding of telecommunications technology, learning how to conceptualise, design, and implement innovative solutions in this dynamic and rapidly evolving field. .
Average duration: 3 years.
The Bachelor of Engineering (Electrical and Electronic) (Honours) equips students for a dynamic world where electrical and electronic engineers are integral to numerous aspects of modern life, from smartphones to urban energy systems. This course teaches design, development, and maintenance of various systems. It covers fundamental engineering principles, including applied mathematics, physics, statics, and systems design. Students will gain comprehensive expertise in electrical and electronic engineering, encompassing both theoretical knowledge and practical application in line with current standards and practices. .
Average duration: 4 years.
The Bachelor of Engineering (Honours) (Electrical Engineering) delves into the research, design, and management of intricate systems tailored for diverse applications. From mobile infrastructure to city power grids, students gain proficiency in creating reliable, cost-effective devices, integrating advanced information technologies. Core studies encompass telecommunications, energy systems, microelectronics, photonics, and signal processing..
In Australia, a full time Telecommunications Engineer generally earns $1,550 per week ($80,600 annual salary) before tax. This is a median figure for full-time employees and should be considered a guide only. As you gain more experience you can expect a potentially higher salary than people who are new to the industry.
The number of people working in this profession has grown strongly in recent years. There are currently 11,200 people working as a Telecommunications Engineer in Australia compared to 8,300 five years ago. Telecommunications Engineers may find work across all regions of Australia, particularly larger towns and cities.
Source: Australian Government Labour Market Insights
An Advanced Diploma of Electronics and Communications Engineering is an ideal qualification if you’re interested in a career as a Telecommunications Engineer. You’ll develop the skills to design a range of electrotechnology and computer systems projects. An Advanced Diploma of Telecommunications Network Engineering may also be appropriate.
We’ll find nearby campuses and check if you’re eligible for funding in your state.
Here are some potential career pathways within electrical engineering and telecommunications. Click on an occupation to learn more about the role and the qualifications that can help you get started in this industry.
Electrical Engineering
Assistant Project Manager
$1,150 weekly pay
Asset Engineer
$1,920 weekly pay
Automation Technician
$1,440 weekly pay
Control Technician
Field Engineer
$1,540 weekly pay
Industrial Electrician
Robotics Technician
Telecommunications Technician
$1,250 weekly pay
Automation Engineer
$2,350 weekly pay
Circuit Board Designer
$1,550 weekly pay
Communications Engineer
Electrical Engineer
Electrical Supervisor
$1,875 weekly pay
Engineering Consultant
Project Engineer
$2,100 weekly pay
Research Engineer
$2,300 weekly pay
Telecommunications Engineer
Workshop Supervisor
Telecommunications
Junior Telecommunications Technician
$960 weekly pay
Linesworker
Telecommunications Trades Assistant
Electrical Technician
Learn more about Telecommunications Engineer courses in your area.