Electrical Engineering Technology degree
Study across electrical and electronic systems, power, renewable energy, control, programming and applied design.
Electrical Engineering Technology graduate and Engineers Australia Graduate Member seeking a first professional engineering opportunity. I bring hands on experience in electronics assembly, embedded systems, electrical projects, programming, testing and technical fault diagnosis, together with current professional experience supporting business critical technology.
The combination is broader than a typical graduate profile. It includes degree level electrical engineering study, earlier electrical trade focused education, electronics production experience and several years of professional technical troubleshooting.
Study across electrical and electronic systems, power, renewable energy, control, programming and applied design.
PCB assembly, soldering, calibration, sensor integration, circuit testing and electronic fault finding.
Arduino, C++, Python, MATLAB, IoT, ultrasonic sensing and programmed control behaviour.
Current work across Windows, SQL, TCP IP networking, hardware, EFTPOS, printers and connected devices.
My formal education combines degree level electrical engineering study with earlier electrical technology training, professional engineering membership and practical site safety credentials.
Degree level study across electrical and electronic systems, power, renewable energy, control systems, programming, testing and applied engineering design.
Each project is shown as a short evidence pattern: what was built, what technology was used and how the result was verified.
Independently designed and constructed an electronic navigation aid using purchased components and sensors.
Designed and constructed a model smart house incorporating renewable energy and IoT technologies.
Constructed an energy harvesting prototype using piezoelectric and mechanical generation methods.
Built and programmed a vehicle proximity detection prototype using an embedded controller and distance sensor.
My work history shows progression from electronics assembly and practical workshop environments into customer service, professional IT support and business critical technical systems.
Skills are grouped into four predictable categories so they can be scanned quickly rather than presented as one long keyword list.
Open to graduate and entry level opportunities where electrical engineering, electronics, embedded systems, testing, automation, field work or technical IT experience can add value.