Only a handful of engineer career paths genuinely combine deep technical problem solving with a meaningful sense of service to the community. That’s why I chose the power industry as it allows me to engage in the best of both worlds by applying rigorous engineering skills while directly contributing to something essential that keeps communities running every day.
Who am I
Hi all, I’m a post graduate electrical engineering student currently residing in Perth at the University of Western Australia with a strong interest in large power systems and critical electrical infrastructure. Throughout my team at UWA, I’ve undertaken several courses that allowed me to develop my knowledge and understanding of power systems, especially in areas of renewable energy and the integration of smart grids and microgrids.
Outside of university studies, I’ve actively engaged with other extracurriculars commitments, being involved in electrical engineering clubs that connected university students to industry professionals while also seeking to educate others outside of UWA engineering the importance of a career in electrical engineering and the many opportunities it provides. I also served as a student mentor as part of the UWA UniMentor program, allowing me to support first-year and newcomer students as they make their transition into UWA.
Overall, I’m a driven and proactive individual who is eager to tackle complex challenges facing the power industry and contribute meaningfully to building a more resilient and sustainable energy future.
Why I chose a career in power
The power industry has endless opportunities to get involved with new emerging and innovative technologies that revolutionise our modern society. One of the things that excites me is the rapid transformation of the power sector, particularly with the rise of renewable energy and the development of smart grid and microgrid technologies. We’re currently transitioning away from traditional, centralised generation models towards more dynamic and decentralised grids, where rooftop solar, battery storage and utility-scale renewables are becoming part of our daily lives.
On top of that, I’m also quite fascinated about the integration of microgrids and smart grids in our day-to-day society. Microgrids have enormous potential to improve the quality of life of regional and remote communities and enhance energy security. Furthermore, smart grid technologies are introducing new and exciting methods to improve power system stability with advanced system monitoring, automation and accurate data analytics, transforming how we manage electricity demand while being able to detect and rectify faults in the system, overall optimising network performance in real time.
From a technical perspective, this shift introduces complex engineering challenges in system planning, protection coordination and power quality management, which is exactly the kind of technical problem solving that fascinates me. From a broader perspective, it’s exciting to contribute to an industry that is not only technologically evolving but also continues to play a vital role in building a more resilient and sustainable energy future.
Where it all started
Throughout my engineering studies, I was naturally attracted towards subjects that focused on electrical power and power systems and was fascinated by the sheer scale and complexity of generating, transmitting and distributing electricity, especially how power that was produced hundreds of kilometres away can be delivered almost instantly to homes, cities, businesses and critical infrastructure such as hospitals, airports and public transport.
My interest in the power sector truly took off when I started to understand the real-world practicalities behind the equations and theory. Although at university I learned the essential fundamentals of power systems such as fault analysis, grid coordination and system stability, it was my experience in the industry that showed me the real importance of the power sector which keeping communities powered and connected, preventing outages and blackouts and ensuring essential services remained operational.
For me, the power sector represents one of the best intersections of technological innovation, responsibility and service. It’s an industry where engineering decisions have an immediate and large-scale impact, which is what sparked my interest in this sector.
My work experience.
What's next?
During my time at university, I’ve gained experience across a range of industries (both power and non-power) such as utilities, defence and mining, which has allowed me to develop a well-rounded understanding of the role of electrical engineers in different sectors.
At Western Power (Perth CBD) (through the API PowerUp Scholarship), I worked within the electrical grid network environment, supporting the development of reporting systems for low-voltage and transmission line faults across WA’s Southwest Interconnected System (SWIS). This role strengthened my understanding of protection principles, network reliability and operational performance. I worked with real network data, contributed to detecting and rectifying faults and outages across the SWIS, as well as support residents and businesses in transitioning to rooftop solar by enabling them to connect to the grid using solar panels.
Additionally, I’ve also engaged in other sectors that have allowed me further to develop and apply and my engineering and technical capabilities. At ECG Engineering (Welshpool), I gained first-hand electrical engineering exposure to the mining and resources sector. ECG is an engineering consulting firm that specialises in providing electrical, power and automation engineering solutions to the global mining and energy sectors, aiming to provide comprehensive solutions in power system design, power generation, control systems and instrumentation, as well as project advisory and maintenance support for critical plant and infrastructure. Furthermore, Civmec (Henderson) provided me valuable exposure to the marine, defence and construction industry as I was involved in the development of electrical systems for the Royal Australian Navy new Offshore Patrol Vessels. Working on the vessel’s systems exposed me to the capabilities of electrical power and electrical systems onboard a naval ship as I also witnessed how electrical design must align with mechanical, structural and marine systems, all of which requires constant coordination between engineers, tradesman and project teams.
The next career step for me is to utilise all the lessons, knowledge and experience that I’ve gained over the years in different industries to further specialise in the power sector. I’m eager to take on roles where I can contribute meaningfully to network reliability and the energy transition, while continuing to grow into a technically strong well-rounded future power engineer.