We were able to get an interview with Felix L. who works in Sustainability & Energy Efficiency in a well known major American technology giant in Oregon. Let’s hear from him!
Q2: What gives you hope for the future of our planet and the role of leadership in achieving a sustainable world?
What gives me hope is that sustainability is becoming an early design requirement rather than an afterthought. When I started my career, performance was often the primary goal. Today, engineers, researchers, policymakers, and business leaders are increasingly asking a new question: “How can we achieve more while using less energy?” That’s a powerful shift.
I have a lot of faith in the next generations, who grow up seeing climate challenges in real time, and they have access to much better tools for collaboration, learning, and innovation. Leadership isn’t about having all the answers. It’s about creating opportunities for people with different expertise to work together on problems that are bigger than any one organization.
Q4: In your area of expertise, what are some of the most promising innovations that can accelerate the transition to clean energy initiatives?
My background is in computer science, and I’ve spent much of my career thinking about efficiency. In fact, I often think the most sustainable energy is the energy we don’t have to use in the first place.
When people discuss clean energy, they often focus on infrastructure, such as generating more power or building better storage. Those are important, but another challenge is matching energy supply with demand. Renewable energy sources like wind and solar are incredibly valuable, but they aren’t always available when and where we need them.
I believe advances in AI, data analytics, and computing infrastructure can help bridge that gap. Better predictions of energy demand and resource usage allow us to make smarter decisions and better utilize available clean energy. In many ways, sustainability is also an optimization problem, and that’s exactly the kind of problem computer science is good at solving.
Q6: How can we foster greater collaboration between public and private sectors, academia, and community stakeholders to achieve green energy (ie. carbon neutrality goals)?
One thing I’ve learned is that achieving carbon neutrality isn’t limited by a lack of good ideas. We already have many promising technologies and people who genuinely want to make a difference. The challenge is that governments, businesses, researchers, and communities often operate on different timelines and incentives, even when they’re working toward the same goal.
What I’ve learned throughout my career is that progress usually happens when different groups bring their unique strengths together. Public policy can help create conditions for long-term investment. Industry can innovate and scale solutions. Academia can explore new ideas while preparing the next generation of scientists and engineers who will turn today’s research into tomorrow’s solutions. And as technology becomes a larger part of our lives, I think there’s an opportunity for all of us to better understand the connection between the digital experiences we rely on every day and the energy required to power them.
What gives me optimism is that we’re already seeing this happen in areas like AI, clean energy, and sustainable infrastructure. The biggest breakthroughs often occur when people from different backgrounds work toward a common goal. Achieving carbon neutrality isn’t just a technology challenge or a policy challenge, it’s a collaboration challenge, and progress will depend on all of us playing our part.
