As National Engineering Month (NEM) continues, we are spotlighting leaders within Ontario’s engineering community. These professionals are shaping the future, driving innovation, and inspiring the next generation. This week, we had the opportunity to speak with Sammy Elias, Director of Distribution Stations at Toronto Hydro, about his engineering journey, the future of the profession, and the importance of diversity and innovation in engineering.
What initially drew you to engineering, and what has your journey been like so far?
I am a third-generation engineer, and that early exposure sparked my passion for the field. I began my career in consulting engineering, but my interest in the energy sector led me to Toronto Hydro. Over the years, I’ve built a career that blends technical expertise with leadership, particularly in renewable energy integration, disaster preparedness, emergency management, operational technology, and electrical distribution. My journey has been defined by solving complex challenges, implementing innovative solutions, and leading strong teams to enhance infrastructure and resilience.
What kind of engineering projects do you typically work on at Toronto Hydro?
At Toronto Hydro, I work on projects that are critical to modernizing and strengthening the electrical distribution system. This includes upgrading aging infrastructure, implementing automation in the grid, and enhancing system reliability. A significant part of my work involves integrating new technologies to improve efficiency, reduce outages, and support Toronto’s growing energy needs.
One key focus area is Stations and Distribution Automation, where we leverage automation and remote monitoring to enhance response times and system resilience. These initiatives help minimize disruptions and ensure that power is restored quickly after outages. Additionally, I work on projects that support sustainability goals, such as integrating renewable energy sources and improving grid resilience in the face of climate change.
Overall, my role requires a combination of technical expertise, strategic planning, and leadership, ensuring that engineering solutions are not just effective but also scalable and future-proof.
Why is National Engineering Month important to you?
National Engineering Month is a great opportunity to highlight the diverse contributions of engineers and inspire the next generation. It showcases how engineering impacts daily life and reminds us of our responsibility to innovate and adapt as society evolves.
How do you see the engineering profession evolving, and what key trends are shaping its future?
Engineering is becoming more interdisciplinary, requiring a mix of technical expertise, data-driven decision-making, and adaptability. The industry is also being shaped by automation, artificial intelligence, and a strong focus on sustainability. Engineers of the future will need to be agile, continuously learning, and ready to solve complex, global challenges.
What advice would you give to aspiring engineers looking to make an impact in engineering?
Stay curious and adaptable. Engineering is a field that never stops evolving, so continuous learning—whether through formal education, hands-on projects, or mentorship—is key. Beyond technical knowledge, focus on problem-solving, teamwork, and communication. Some of the best innovations come from strong collaboration.
Can you speak to the importance of diversity and inclusion in engineering and how it opens new avenues for innovation and collaboration?
Diversity and inclusion are essential drivers for engineering innovation. Different perspectives foster stronger collaboration and problem-solving, ultimately leading to more effective solutions. Engineering should be accessible to all, and diverse teams help ensure designs are inclusive and consider a broader range of needs. Some of the best ideas emerge when individuals with varied experiences and backgrounds come together, creating solutions that serve and benefit everyone.
Any final thoughts?
Engineering at Toronto Hydro is more than just keeping the lights on—it’s about building a reliable, resilient, and sustainable electrical system for the future. The work we do directly impacts the city’s residents, businesses, economy, and overall infrastructure. With Toronto’s continuing growth and evolution, there is an increasing demand for smart, adaptable, and sustainable energy solutions.
I see engineering as a dynamic and evolving profession, where continuous learning and collaboration are essential. For those considering a career in engineering, especially in the energy sector, I encourage them to embrace change, think critically, and develop a strong problem-solving mindset. The future of engineering is not only about technical skills, but also about innovation, adaptability, and creating solutions together for the benefit of our communities.
31 days. 31 Reasons to Get Involved in National Engineering Month.
National Engineering Month is your chance to connect, learn, and be inspired by the incredible work happening in Ontario’s engineering community. Attend events, engage with industry leaders, and discover how engineering shapes the world around us. Find an event near you and join the celebration.
