CDR Sample for Electrical Engineers
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A Brief on Electrical Engineers (ANZSCO 233311)
Electrical engineers design, develop, test, and supervise electrical equipment and systems used in various sectors such as power generation, telecommunications, electronics, and automation. They apply scientific and engineering principles to ensure electrical systems are efficient, safe, and meet technical specifications. Electrical engineers work with components including circuits, control systems, electrical machines, and power systems, engaging in every project phase from conceptual design to commissioning and maintenance.
According to statistics, approximately 1,350 electrical engineers (ANZSCO 233311) successfully receive permanent skilled migration visas annually through Australia’s General Skilled Migration (GSM) program.
Electrical Engineer Competency Demonstration Report Sample
A Competency Demonstration Report Sample for Electrical Engineers includes 3 Career Episodes, 1 Continuing Professional Development (CPD), a Summary Statement, and a Curriculum Vitae. The content of the sample is as follows:

Curriculum Vitae
Resume prepared using a professional engineering template.
Continuing Professional Development Sample
CPD sample explaining the author’s electrical engineering knowledge and recent learning — approximately 1000 words.
Electrical Engineer Career Episode Report Sample – 1
"Design and Implementation of an Automated Lighting Control System" – 1800 words
Electrical Engineer Career Episode Report Sample – 2
"Upgrading Power Distribution Network in a Commercial Complex" – 1700 words
Electrical Engineer Career Episode Report Sample – 3
"Development and Testing of a Renewable Energy-Based Microgrid" – 2000 words
Electrical Engineer Summary Statement Sample
Cross-referencing paragraphs from career episodes with EA competency elements.
Electrical Engineer Career Episode Report Samples
The career episodes must be written in English and in your own words based on your recent work experience. Each career episode should highlight the challenges you faced and how you addressed them. Paragraphs should be numbered systematically, e.g., Career Episode 1 (paragraphs 1.1, 1.2, 1.3, etc.).
Project Name: Design and Implementation of an Automated Lighting Control System
This project was undertaken during the author’s Bachelor’s degree in Electrical Engineering. The responsibilities included:
- Designing automated lighting systems using programmable logic controllers (PLCs) and microcontrollers.
- Developing circuit diagrams and schematics using software such as AutoCAD Electrical and MATLAB Simulink.
- Programming embedded systems for sensor-based light intensity control.
- Conducting load calculations and ensuring compliance with electrical safety standards (AS/NZS 3000).
- Testing and troubleshooting the system prototype in a laboratory environment.
- Coordinating with the electronics and software teams to integrate control algorithms effectively.
Project Name: Upgrading Power Distribution Network in a Commercial Complex
This career episode describes the skills applied during a 6-month industrial training program focusing on upgrading existing electrical infrastructure. Key duties included:
- Conducting site surveys and load assessments to evaluate the current power distribution system.
- Designing upgraded electrical distribution layouts compliant with local codes and standards.
- Selecting appropriate transformers, switchgear, and protection devices to enhance system reliability.
- Using ETAP software for load flow and fault analysis to optimise system performance.
- Supervising installation and commissioning activities on-site, ensuring safety and quality compliance.
- Preparing technical reports and documentation for client approval and regulatory submission.
Project Name: Development and Testing of a Renewable Energy-Based Microgrid
In this career episode, the author details their role in a consultancy project involving the design of a microgrid integrating solar and battery storage systems. Responsibilities comprised:
- Conducting feasibility studies and energy demand analysis for the target site.
- Designing the microgrid architecture using software such as HOMER and PVSyst.
- Calculating load profiles and sizing photovoltaic panels and battery banks.
- Developing control strategies for energy management and grid synchronisation.
- Coordinating system integration and performing performance testing under various conditions.
- Preparing detailed engineering drawings, bill of materials, and cost estimates.
- Advising on safety protocols and environmental compliance for renewable installations.
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