1. Are you motivated to deepen your understanding of sustainable heat generation and energy conversion technologies?
2. Do you want to work on integrating renewable heat sources (e.g., solar thermal, geothermal, waste heat recovery) into real systems?
3. Are you interested in advanced modeling and simulation of thermal processes to optimize efficiency and emissions?
4. Do you want to develop expertise in heat storage, distribution networks, and demand-side management for low-carbon systems?
5. Do you believe that a two-year master's in Thermal Ecotechnologies will substantially improve your ability to shape sustainable energy policies or industrial practices?
6. Are you interested in learning how to assess lifecycle environmental impacts and apply circular principles to thermal systems?
7. Do you enjoy collaborating with engineers, environmental scientists, and policy experts to tackle coupled thermal and ecological challenges?
8. Are you prepared for sustained learning as new materials, controls, and regulatory frameworks evolve in the thermal sustainability field?
9. Do you aim to contribute to innovation in efficient heat-to-power coupling, hybrid systems, or carbon-neutral district heating?
10. What motivates you most to pursue a master's in Thermal Ecotechnologies?
