Become a leader in your field

We are a team of innovators creating a positive global impact in the world of thermal management. Together we can lead innovation.  

Become part of our team

Pursuing a career in thermal management solutions opens doors to a field crucial for optimising energy usage, enhancing technology performance, and advancing sustainability across industries. Whether you are drawn to designing cutting-edge cooling systems, developing innovative heat dissipation methods, or ensuring efficient thermal regulation in complex systems, the possibilities are both diverse and impactful. However, what truly sets a career in thermal management apart is the opportunity to be part of the European Thermodynamics community. By joining us, you gain access to a wealth of expertise, collaborative projects, and industry insights that propel your career forward. European Thermodynamics not only enriches your professional journey but also offers a unique platform to contribute to the development of efficient, environmentally conscious solutions that shape our world’s future.

Join us and become part of a team that values the impact of thermal management on industries worldwide. Together, we’re not only innovating; we are revolutionising thermal possibilities for a more efficient and sustainable tomorrow.

If you are prospectively interested in working for us, please write to us and including your CV to info@edtyn.com.

European Thermodynamics community

This tightly knit community brings together experts from diverse sectors such as engineering, physics, and environmental science, all with a common goal of addressing thermodynamics challenges unique to the region. Through collaborative efforts, conferences, and research initiatives, this community actively contributes to the development of innovative solutions for energy efficiency, sustainable resource utilissation, and climate mitigation. By fostering knowledge exchange and cross-disciplinary collaboration, the European Thermodynamics community is at the forefront of shaping policies, technologies, and strategies that drive progress toward a more thermally optimised and environmentally.