Preparing a Competency Demonstration Report (CDR) for an Electronics Engineer (ANZSCO Code: 233411) requires presenting specialized technical evidence in electronic circuit design, embedded systems, and hardware engineering. Electronics Engineering is assessed under the Professional Engineer occupational category.
1. Nominated Occupation & Classification
- Nominated Occupation: Electronics Engineer
- ANZSCO Code: 233411 (ANZSCO v1.3)
- Assessing Authority: Engineers Australia
- Typical Occupational Category: Professional Engineer
2. Key Technical Focus Areas for Electronics Engineers
Career Episodes for an Electronics Engineer should emphasize specialized electronic design and development, distinct from high-voltage power electrical engineering:
- Analog & Digital Circuit Design: Schematic capture, component selection, operational amplifier circuits, power management ICs, and PCB layout using Altium Designer, Eagle, or KiCAD.
- Embedded Systems Development: Microcontroller programming (ARM Cortex, AVR, PIC) in C/C++, firmware architecture, and RTOS implementation.
- Signal Processing & Communication Electronics: Analog-to-digital conversion (ADC), filtering, RF circuit design, antenna matching, and wireless protocol integration (BLE, Wi-Fi, LoRa).
- Testing, Verification & Prototyping: Oscilloscope waveform analysis, logic analyzer debugging, electromagnetic compatibility (EMC/EMI) testing, and thermal testing of electronic assemblies.
3. Essential CDR Components
Electronics Engineer applicants must complete three Career Episodes, a tabular Summary Statement, and a single-page CPD list. For broader context on related discipline guides, consult our Electrical Engineer CDR Guide and Main CDR Guide.
For electronics candidates specialising in radio-frequency transmission, optical communications, and cellular network infrastructure rather than broad circuit hardware, see our dedicated Telecommunications Engineer (ANZSCO 263311) Skill Assessment Guide.
For telecommunications network architecture and transport infrastructure planning, consult our Telecommunications Network Engineer (ANZSCO 263312) Guide.
For CAD drafting support and schematic layout roles, see our dedicated Electronic Engineering Draftsperson (ANZSCO 312411) CDR Guide.
Choosing projects for an Electronics Engineer CDR
Pick three projects that show different parts of electronics engineering and where you personally made the design decisions. Good combinations pair a hardware design project with a firmware or signal-processing project and a test or troubleshooting project.
- A board design: requirements, schematic, component selection, PCB layout and bring-up.
- An embedded system: firmware architecture, peripheral drivers, timing and power budgets.
- A verification or fault-finding job: EMC failures, noise problems or field returns you diagnosed and fixed.
Sample outline: an Electronics Engineer Career Episode
This shows the shape of a good episode. It is not text to copy.
- CE 1.1: “From May 2022 to March 2023 I worked as an Electronics Design Engineer at [company], [city], developing a battery-powered environmental sensor.”
- CE 1.2: the product requirements, the team, and your role in it.
- CE 1.3: “I calculated the power budget and chose a low-quiescent regulator…”, “I designed the ADC front end and filter…”, “I laid out the four-layer PCB in Altium…”, “When the prototype failed radiated emissions, I…”.
- CE 1.4: test results, battery life achieved, and what you learned.
Summary Statement
Electronics Engineer is assessed as a Professional Engineer, so the Summary Statement maps your paragraphs to the Professional Engineer elements (PE1.1 to PE3.6). See our Summary Statement guide.
Frequently asked questions
Can software-heavy embedded work count?
Yes, if it is clearly engineering of an electronic system: hardware interfaces, timing, power and testing, not general application software.
Electronics or Electrical Engineer?
If your work is mainly power systems, protection or distribution, see the Electrical Engineer guide instead.