From KTH to Canada: Powering the Future of Renewable Energy

At what company and with what are you working at the moment? Or if you are doing a PhD, at what university and department are you doing your PhD?

Since graduating from KTH, I have been working as an Electrical Engineer-in-Training (EIT) at Ameresco Canada, part of a leading energy solutions firm that supports the global transition to net zero through infrastructure upgrades, energy efficiency, and the development of distributed energy resources.

In this role, I support the development of technical solutions for renewable energy projects, including solar PV, energy storage, and building retrofits. It has been an exciting transition from theory to real-world applications, particularly in an industry that aligns strongly with my values around sustainability.

What can a regular day look like at your job?
A typical day includes reviewing project data or simulation results and conducting technical, financial, and ownership structure studies for renewable energy systems. I work with tools such as PVsyst for solar energy modeling, analyze site drawings, prepare technical documentation, and support energy savings and cost-benefit calculations.

I also collaborate closely with internal engineering teams and external stakeholders to ensure that projects are not only technically sound but also financially and operationally viable. The variety and purpose-driven nature of the work makes every day different and rewarding.

Have you worked with anything else since you graduated?
My main focus since graduation has been my current role at Ameresco. Before that, I was a Senior Proposal Coordinator here, where I developed skills in project coordination, data analysis, and technical communication. This experience actually helped me a lot in my current position, especially when it comes to presenting technical concepts clearly and managing project timelines.

Why did you choose this programme at KTH?
I was drawn to the Electromagnetics, Fusion and Space Engineering programme because it offered a unique combination of disciplines that aligned with my interests in sustainability and advanced technology. Coming from a background in mechatronics, I wanted to deepen my understanding of electromagnetics and explore space-related technologies. KTH’s strong international reputation, along with Sweden’s commitment to innovation and sustainability, made it an ideal place to pursue those goals.

Are there any insights or knowledge you acquired during your studies that have been extra useful for your career?
Absolutely! One major takeaway was the value of working across disciplines. During my master’s thesis on near-Earth object detection, I worked closely with experts in both engineering and computer science. That experience enhanced my data analytics skills and taught me how to integrate knowledge across domains, which is something I apply daily in the energy sector. The project-based and collaborative nature of the learning environment at KTH helped me build adaptability and confidence when approaching complex technical challenges.

What were the best aspects of your studies at KTH?
One of the best aspects of the programme was its strong emphasis on both theory and practical application. The coursework provided a strong technical foundation while also focusing on real-world problem solving, which helped prepare me for a career in industry.

I also really valued the supportive learning environment. Professors were approachable, and there was a genuine sense of community among the students. Living in Stockholm was another highlight. The combination of city life and easy access to nature made it a great place to study, explore, and recharge.

What is your best memory from your time at the university?
I have so many great memories from my time at KTH, but a few stand out. One of them is celebrating Midsommar during both summers I spent in Sweden. The first year, some friends and I went to Skansen to join the public celebrations. We made flower crowns, watched traditional performances, danced around the maypole, and tried classic Swedish food. The following year, we rented a house by a lake in Åkersberga and had a quieter, more personal celebration surrounded by nature.

I also loved spending time with my classmates outside of class. We explored different parts of Stockholm, tried out new cafés, went to pub trivia nights in Gamla Stan, and held potlucks where everyone brought a dish from their home country. We even baked kanelbullar together a couple of times. Those moments were such a fun way to unwind and build lasting friendships.
Another meaningful experience was volunteering at Café Vällingby with Ny Gemenskap, where I helped provide food to people facing difficult circumstances. It was a way to give back during my time abroad and helped me feel more connected to the local community beyond my studies.

 What are your plans for the future?
I am currently working toward my Professional Engineer (P.Eng.) designation in Canada. Looking ahead, I hope to continue growing in the renewable energy space and take on more responsibility in renewable energy systems design and project leadership. I’m also passionate about mentorship and community involvement, so I would love to contribute to programs that support the next generation of engineers, particularly women in STEM, and to engage in international efforts focused on sustainability.

What would you say to a student considering applying for this programme?
Go for it! If you are interested in space, fusion, electromagnetics, or emerging technologies, this programme offers a strong technical foundation and plenty of chances to apply what you learn in practical, meaningful ways. KTH helps you build the skills needed to tackle complex, real-world challenges, collaborate with others who are passionate about the field, and grow both professionally and personally. I would absolutely encourage you to apply. It is a challenging and rewarding experience, and Stockholm is a fantastic city to call home while you are doing it.