Electricity keeps our world running—from the lights in our homes to the phones in our hands. But making sure it’s reliable, sustainable, and affordable? That takes innovation, dedication and teamwork. That’s where the Energy Market Authority (EMA) comes in.

EMA plays a key role in shaping Singapore’s energy landscape, working towards a more resilient, sustainable, and smarter energy future.

This mission is driven by passionate individuals like Manjarekar Vaibhavi Rajesh, an undergraduate student currently pursuing Electrical Engineering at the University of Michigan-Ann Arbor and Pisigan Carlo Adrian Rectra, a Principal Engineer at EMA. Both scholars are part of the next generation leading Singapore’s energy transformation.

We caught up with them to hear what inspires them and to learn more about their vision for the energy sector.

How did your journey into electrical engineering begin?

Vaibhavi: My interest in the energy sector began during my secondary school days, when I participated in a project focused on how Singapore could achieve its net-zero emissions goal by 2050. I appreciated approaching issues through both engineering and economic lenses and integrating the knowledge I had already gained into something so pertinent today. I was fascinated by how Singapore, despite our limited natural resources, has built such an incredibly reliable and secure energy ecosystem. That experience sparked my interest in the field and motivated me to play a part in shaping Singapore’s future energy landscape.

Carlo: As a kid, my fascination with electricity and engineering was sparked by an unexpected incident. After watching cartoons—Team Rocket getting zapped by Pikachu in Pokémon—curiosity got the better of me and I ended up testing an electric socket with my own finger. That little adventure left me both curious about electricity and with a scar on my finger, which became a memento of sorts. While the scar has faded over time, it still serves as a playful reminder of how my engineering journey kicked off!

My journey into engineering was also lovingly sparked by family. My dad, an engineer himself, introduced me to fun projects that mixed creativity with engineering smarts. The most memorable project was building a mini MRT system in primary school. Using a direct current motor, batteries, cardboard, and bottle caps, we modelled train and tracks. The bottle caps served as wheels, while aluminum foil acted as the conductive lining on the tracks to replicate electrical circuits.

Carlo, what motivated you to take on the EMA Scholarship?

As Singapore transitions towards a more sustainable and clean energy future, the reliability of the power grid becomes an even greater asset. This transition presents a valuable opportunity to contribute to an area where reliability and innovation intersect.

I chose to apply for the EMA Overseas Undergraduate Scholarship as I wanted to be part of the team that helped transition Singapore’s energy sector into a greener landscape while synergising engineering innovation and reliability.

Could you share how the scholarship contributed to your growth and development?

Carlo: Through the scholarship, I’ve had the privilege of immersing myself in a variety of internships across different departments within EMA. One of the most enriching hands-on experiences was my time in the System Control Department, where I assisted in simulations to ensure the reliability of the power grid. My stint with the External Relations Department also allowed me to attend and observe the 36th ASEAN Senior Officials Meeting on Energy and Associated Meetings. It offered me a first-hand look into the intricacies of global energy diplomacy. These internships broadened my perspective on the energy sector and deepened my appreciation for the collective effort and collaboration among various specialisations.

Vaibhavi: The scholarship has given me the opportunity to study overseas and learn how to work in an unfamiliar environment with a more diverse group of people. Currently, I am part of the Mars Rover team at the University of Michigan, where I designed and soldered my own Printed Circuit Board (PCB) for the rover.

The overseas exposure provides me with fresh perspectives on global issues that could impact the energy industry. I believe that honing my soft skills will enable me to bring new insights to pressing issues at the table, allowing me to make better and more meaningful contributions at EMA.

Carlo, could you explain what you do as a Principal Engineer at EMA?

In essence, I work to keep the energy supply reliable to power up homes, schools, and businesses, lighting up Singapore.

I focus on the forward-thinking aspect of our work, which involves medium and long-term planning for Singapore’s power grid. This planning is essential to ensure that our power grid remains ready and robust enough to support the growing demand for electricity, whether it’s for our homes, schools, or the next big tech innovation.

My role is also crucial in setting the technical stage for the future of energy in Singapore. As we explore new forms of energy generation, I help determine the technical guidelines and requirements to ensure the stability and reliability of Singapore’s power system.

Interesting! Vaibhavi, how do you hope to apply your studies to your future at EMA?

Knowing that the knowledge I am gaining directly impacts many people makes my studies especially fulfilling. Moving forward, I hope to make key contributions to creating a cleaner energy landscape.

Lastly, what advice would you give to aspiring EMA Scholars?

Carlo: Embrace your passion: Your journey from scholarship to career will be filled with challenges and opportunities alike. The key to navigating this path successfully is to anchor yourself in your passion.

Seek growth and guidance: Knowledge and skill development are continuous journeys, and the path is brighter and clearer with the help of mentors and role models.

Vaibhavi: I would encourage prospective scholars to seek out internships at EMA or other opportunities related to the energy sector to get a better picture of how the industry is developing in Singapore.