Electronics Engineers work on the circuits and systems behind the devices and networks that run modern life. Their daily tasks cover design, testing, upkeep and teamwork. Here is a look at what the role involves. Designing circuits and systems: creating plans for components used in computers, communications and industrial equipment. Writing embedded software: developing code that runs inside devices and control systems. Building and testing prototypes: putting designs to the test in the lab to...

Applied mathematics and physics Circuit design and analysis Electronic design automation (EDA) software Embedded systems and firmware development Signal processing and algorithm design Problem-solving and fault diagnosis Technical report writing Project management and planning Communication with technical and non-technical stakeholders Knowledge of safety and industry standards Adaptability and continuous learning Teamwork and collaboration

What is the average salary for a How to Become an Electronics Engineer in Australia?

Electronics Engineers in Australia earn a median of about $143,600 per year for full-time work. This is from the ABS Survey of Employee Earnings and Hours (May 2025). Entry-level roles typically start from about $70,000. Senior and specialist engineers can earn above $175,000 per year.

Become an Electronics Engineer: Study Online Today

An Electronics Engineer designs and builds the electronic systems that run modern life. From smartphones to medical devices, these engineers shape the tech people use every day.

In this role, they design circuits, build prototypes and test systems to check they work. They use design tools and simulation software to turn ideas into real products. Projects can range from firmware for a device to comms systems for large industry.

Electronics Engineers work in many places: tech companies, defence firms, factories and research labs. They often work in a team with software engineers, mechanical engineers and project managers.

In Australia, about 6,300 people work as Electronics Engineers (Jobs and Skills Australia, 2025). The field is growing as demand for smart tech and automation rises. Find out how to get started on CareerFAQs and take your first step into this exciting career.

Career Outlook for Electronics Engineer

The outlook for Electronics Engineers in Australia is steady. About 6,300 people work in this role nationally (Jobs and Skills Australia, 2025). The median age is 46, and most roles are full-time. Engineers in this field work about 41 hours per week on average (ABS, 2021 Census).

Median full-time weekly pay is $2,762, or about $143,600 per year (ABS Survey of Employee Earnings and Hours, May 2025). Pay rises with experience and skills, mainly in defence electronics, RF systems and embedded tech. Job growth is stable, with steady demand from manufacturing, IT and telecoms.

Electronics is a fast-moving field. New trends in automation, IoT, electric cars and 5G are driving demand for skilled engineers. The National Engineering Register and Chartered status (CPEng) through Engineers Australia are strong marks of professional standing. Now is a good time to build skills in this field. Electronics sits at the core of modern tech, and demand will keep growing.

Steps to Become an Electronics Engineer

Step 1: Complete a Bachelor of Engineering (Electronics) or related degree

Enrol in a four-year Bachelor of Engineering with a major in Electronics or Electronic Engineering. Choose a program accredited by Engineers Australia under the Washington Accord. Core topics include circuit theory, digital systems, signal processing, electromagnetism and embedded coding. Most full-time students finish in four years.

Step 2: Complete an industry placement during your degree

Most accredited engineering programs include a mandatory industry placement or vacation work component. Seek a placement with an electronics manufacturer, telecoms company or defence contractor. Practical experience during your degree helps you apply theory in real settings. It also builds a professional network before you graduate.

Step 3: Apply for a graduate electronics engineering role

After graduation, apply for entry-level or graduate electronics engineering positions. Many large employers in manufacturing, telecoms and defence run graduate intake programs. Expect to work under supervision for your first one to two years. This period builds the competency Engineers Australia requires for professional membership.

Step 4: Join Engineers Australia and work towards professional membership

Register with Engineers Australia as a Graduate Member (GMIEAust) after graduating. Then work towards Chartered status (CPEng) once you have enough professional experience. Engineers Australia is the national body for the engineering profession. Membership gives access to professional development, networking and resources relevant to electronics engineering.

Step 5: Check state registration requirements in your jurisdiction

Some states require you to register as a professional engineer to give engineering services. Queensland requires all practising engineers to hold a Registered Professional Engineer of Queensland (RPEQ) licence. Register through the Board of Professional Engineers Queensland (BPEQ). Victoria requires registration with Consumer Affairs Victoria. Check the rules in your state before you give engineering services to clients.

Step 6: Pursue a postgraduate qualification or specialist certification

After a few years of experience, consider a Master of Engineering in Electronics or a related field. This can deepen your skills or open doors to leadership roles. Specialist areas in high demand include power electronics, RF and wireless systems, embedded systems and digital signal processing. Many universities offer these programs part-time to suit working engineers.

What does an Electronics Engineer do?

An Electronics Engineer’s work is varied and hands-on. Each day might bring circuit design, prototype testing, software work and team meetings. They review project specs in the morning. Then they run tests or fix systems that are not working as they should. They use design software and lab tools to find and solve problems. Regular contact with clients, project managers and other engineers links the technical work to real results. The role rewards both curiosity and technical skill.

Tasks

Electronics Engineers work on the circuits and systems behind the devices and networks that run modern life. Their daily tasks cover design, testing, upkeep and teamwork. Here is a look at what the role involves.

Designing circuits and systems: creating plans for components used in computers, communications and industrial equipment.
Writing embedded software: developing code that runs inside devices and control systems.
Building and testing prototypes: putting designs to the test in the lab to check they work.
Supervising installation: making sure new systems are set up correctly and safely on site.
Monitoring performance: checking that systems continue to meet safety and technical standards over time.
Analysing communications systems: looking at network traffic and choosing the right setup for each use case.
Documenting designs: keeping accurate records of schematics, test results and upkeep activities.
Supporting clients and teams: giving technical guidance to colleagues and clients when issues arise.

Skills for Success

To succeed as an Electronics Engineer, strong maths and physics skills are a must. These form the core of circuit design and signal work. Logical thinking and problem-solving are just as key, since the job often involves tracking down faults in complex systems.

Good communication helps too. Electronics Engineers explain technical work to clients and team members without an engineering background. As they take on more responsibility, project planning and time management become key. The field moves fast. A love of learning and keeping up with new tools gives any engineer a real edge.

Skills & Attributes

Applied mathematics and physics
Circuit design and analysis
Electronic design automation (EDA) software
Embedded systems and firmware development
Signal processing and algorithm design
Problem-solving and fault diagnosis
Technical report writing
Project management and planning
Communication with technical and non-technical stakeholders
Knowledge of safety and industry standards
Adaptability and continuous learning
Teamwork and collaboration

How to Become An Electronics Engineer

On-Campus Bachelor of Science (Electrical Engineering)

Bachelor of Science (Electrical Engineering)

Master of Engineering (Electrical Systems)

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