Role Snapshot

ANZSCO Code: 233411 — Electronics Engineer
Role Variants: Embedded Systems Engineer, RF / Communications Engineer, Signal Processing Engineer, Defence Electronics Engineer, Radar Systems Engineer, Avionics Engineer (degree-level), Control Systems Engineer, Hardware Design Engineer, PCB Design Engineer, Test and Evaluation Engineer
Parent Category: AU Engineering & Construction Roles
Skill Level: 1
Core Skills Occupation List (CSOL): Yes — eligible for TSS 482 visa with an employer sponsor
Skills Assessment Body: Engineers Australia (EA)

🇳🇿Also available for New ZealandElectronics Engineer Roles in New ZealandEngineering NZ · Skill Shortage→

Electronics engineering in Australia is shaped by three major demand pillars. Defence is the largest, and in per-capita terms one of the most significant defence electronics markets in the world right now — the AUKUS programme (nuclear-powered submarines, Hunter-class frigates, land and air force upgrades) and ongoing electronic warfare, radar, and ISR (Intelligence, Surveillance and Reconnaissance) investment are creating a multi-decade demand wave. Telecommunications forms the second pillar, with 5G infrastructure buildout and regional connectivity investment driving consistent hiring across the major carriers and their engineering supply chains. The third pillar is resources — mining and oil and gas automation, remote control systems, and condition monitoring create a steady electronics engineering demand particularly in WA and QLD.

The result is an Australian electronics engineering market that is supply-constrained at every experience level. Overseas engineers who understand the defence sector structure — and who position their applications accordingly — find a strong market.

• Design, develop, and test electronic hardware systems including PCB layout, component selection, and signal integrity analysis
• Develop and integrate embedded firmware for real-time systems (RTOS, bare metal, DSP platforms)
• Design and test RF, microwave, and antenna systems for communications or radar applications
• Apply signal processing techniques (DSP, FPGA implementation, algorithm development)
• Conduct system-level T&E (Test and Evaluation) and verification and validation activities
• Support defence systems integration including MIL-STD-461 EMC, MIL-STD-810 environmental, and DEF(AUST) standards compliance
• Contribute to ILS (Integrated Logistics Support), technical manuals, and through-life support for fielded systems

Typical employers: BAE Systems Australia, Thales Australia, Leonardo DRS, L3Harris, Raytheon Australia, CEA Technologies (Canberra — listed radar specialist, unique Australian manufacturer), CSIRO (Marsfield research), Defence Science and Technology Group (DSTG), Ericsson, Nokia, Verizon Business, BHP and Rio Tinto automation teams, Aurecon, Jacobs (defence)

Salary Benchmark

Typical Range: $85,000 – $175,000+ AUD per year. Security-cleared defence roles carry a meaningful premium over commercial equivalents at equivalent experience levels.

• Graduate / early career (0–3 years): $80,000–$98,000
• Mid-career (4–9 years): $105,000–$145,000
• Senior / defence specialist: $148,000–$175,000+
• Cleared roles (AGSVA NV1/NV2): $160,000–$195,000+

Source: SEEK AU — Electronics Engineer Salary | Hays Salary Guide AU 2026 | Data reviewed May 2026

Security clearance premium: Roles requiring or offering AGSVA NV1 or NV2 clearance sponsorship consistently sit $15,000–$30,000 above equivalent non-cleared roles at the same experience level. Clearance sponsorship is typically offered to PR holders or candidates on a direct citizenship pathway; obtaining clearance from scratch takes 6–18 months.

Cost of living: For an independent comparison, see Numbeo — Australia. TEFI provides clients with a detailed financial planning workbook to model living costs by city and lifestyle — ask Tate for a copy.

Where Demand Is Strongest

• Canberra (ACT): The national hub for defence and intelligence electronics. CEA Technologies (Australian-owned radar manufacturer), DSTG, Thales Australia, and multiple Defence intelligence agencies are all headquartered here. The highest concentration of cleared electronics engineering roles in Australia is in Canberra
• Adelaide (SA): AUKUS and naval electronics hub. BAE Systems Australia (Hunter-class combat systems), the Submarine Agency, and a growing defence supply chain are driving sustained demand for electronics engineers at all levels
• Melbourne (VIC): Thales Australia (land systems electronics), L3Harris, CSIRO (Marsfield — note: CSIRO HQ is actually in Canberra, but Marsfield campus is Sydney), and the broader defence manufacturing and electronics test sector
• Brisbane (QLD): Defence (Gallipoli Barracks, RAAF Amberley), state government ICT infrastructure, and mining automation electronics (Anglo American, Glencore technical teams)
• Sydney (NSW): Telecommunications infrastructure (Ericsson, Nokia, Telstra engineering), hardware design, and CSIRO (Marsfield campus — research electronics, radio astronomy systems)

Licensing & Professional Registration

No mandatory government licence is required to work as an Electronics Engineer in Australia. The key professional credentials are:

Engineers Australia (EA) assessment is required for immigration (points-tested visa pathways) and expected by most employers for senior roles. EA assesses overseas engineering qualifications against Australian standards.

Chartered Professional Engineer (CPEng) through EA is the standard senior professional credential. Increasingly expected at Principal and Lead Engineer level by defence prime contractors.

AGSVA security clearance (NV1 / NV2) is effectively mandatory for senior roles at defence prime contractors and DSTG. The clearance process is sponsored by the employer and requires Australian PR or citizenship-track status. Key points:

• NV1 (Negative Vetting Level 1): Required for access to classified information up to SECRET. Most senior defence electronics roles require at minimum NV1
• NV2 (Negative Vetting Level 2): Required for access to TOP SECRET material. Fewer roles require NV2 at hire, but it is the long-term expectation for programme leads
• Clearance timelines: 6–18 months from sponsorship. Candidates on TSS 482 visas are generally not sponsored for clearance — PR or citizenship-track status is the practical requirement

Reference: Engineers Australia — Skills Assessment | AGSVA — Security Clearances

Immigration Pathway

Skills assessment required: Yes — Engineers Australia (EA) for ANZSCO 233411.

Visa options:

• Temporary Skill Shortage (TSS) Visa — Subclass 482 (Medium-Term Stream) — Employer sponsor required. Duration: up to 4 years.
  Home Affairs — TSS Visa 482
• Skilled Independent Visa — Subclass 189 — Points-based, no sponsor required. Permanent residence directly.
  Home Affairs — Skilled Independent 189
• Skilled Nominated Visa — Subclass 190 — State nomination, points-based, permanent residence.
  Home Affairs — Skilled Nominated 190
• Skilled Work Regional Visa — Subclass 491 — Regional Australia, 5-year temporary visa with PR pathway.
  Home Affairs — Skilled Work Regional 491

Important: TEFI does not provide immigration advice. We recommend working with a registered Australian migration agent. We refer clients to New Zealand Shores — contact Fabien Maisonneuve at Fabien@newzealandshores.com and mention Tate sent you.

Migrant Readiness Signals

• Engineers Australia (EA) skills assessment submitted or in preparation — the first step for points-tested visa pathways and expected by most defence employers before interview
• Defence vs commercial vs telecommunications specialism clearly declared — do not apply to the Australian market as a generic “electronics engineer”; sector specificity is what gets responses
• AUKUS programme awareness demonstrated in applications targeting defence employers — candidates who understand the Hunter-class combat systems, the AUKUS submarine schedule, and the land/air force electronics upgrade pipeline are treated differently
• Security clearance pathway understood and noted in cover materials where relevant — make clear your residency status and citizenship-track timeline if you are PR-eligible
• Specialism-specific tools documented (MATLAB, Simulink, GNU Radio, Altium Designer, ModelSim / Vivado for FPGA, HFSS or CST for RF/antenna work) — Australian employers shortlist on tool familiarity

Where to Find Roles

• SEEK AU — Electronics Engineer — primary Australian job board; strongest for commercial and mid-tier defence roles
• LinkedIn — Electronics Engineer Australia — essential for defence prime contractor roles; BAE Systems, Thales, Raytheon, and L3Harris all post actively here
• Australian Defence — Careers — DSTG and APS electronics engineering roles within Defence; also Defence Industry Security Programme (DISP) affiliated employer listings
• Engineers Australia — Job Board — specialist engineering board with defence and electronics postings

Direct to employer: CEA Technologies (Canberra) manages direct recruitment for radar and signal processing engineers — their careers page is worth monitoring directly. Raytheon Australia and L3Harris also manage large direct recruitment pipelines. CSIRO posts research electronics roles via its own careers site.

A note on cold applications: The Australian defence electronics market rewards specificity. Generic applications to “defence and aerospace” roles rarely succeed. Engineers who target specific programme offices (Hunter-class combat systems, AUKUS submarine sensors, LAND 400 Phase 3 electronics) with applications that speak to their programme understanding get shortlisted at a markedly higher rate. If you’d like a practical assessment of how your CV reads to Australian defence employers, upload your CV for no-cost, practical feedback — Tate typically responds within one business day.

“I came from a telecommunications background. Once I understood that defence electronics in Australia is essentially its own sector — with its own employers, clearance requirements, and career ladders — I stopped applying generically and targeted the defence prime contractors directly. The response rate changed completely.”