My approach to developing scalable, market-ready technologies is actively contributing to the transformation of the modern refrigeration industry. Through out-of-the-box thinking and a deep understanding of material and thermal physics, my team and I have consistently overcome limitations in conventional refrigeration systems.
Our focus extends beyond technical innovation—we prioritize the scalability of our solutions to ensure they are viable for both industrial and domestic applications. In addition to product development, we also consider the marketing and user adoption strategies necessary to bring our technologies to a broad audience. By enabling greater energy efficiency and minimizing the use of harmful refrigerants, our work is paving the way toward a more sustainable and environmentally responsible future in thermal management.

Engineering for Impact: From Research to Real-World Application
Under this initiative, my team and I apply advanced concepts in thermal and mechanical engineering to overcome fundamental physical limitations and bring next-generation refrigeration technologies to life—most notably through our work in barocaloric refrigeration. We believe that meaningful innovation extends beyond the lab; true impact arises when research outcomes benefit society and improve lives.
Guided by this vision, I am committed to developing technologies that are not only scientifically advanced but also scalable and socially relevant. I bring this same passion, discipline, and problem-solving mindset to every organization I work with. My goal is to contribute as an effective thermal and mechanical engineer, ensuring that your company continues to thrive and deliver impactful solutions. I am dedicated to giving my best to support your mission and help achieve your highest aspirations.