As Thermal and Structural Engineer, I am responsible for modeling thermal-mechanical effects in the context of space travel. In my everyday work, I strive to model the intricate physics of thermodynamics and its effects on the structure of satellites and spacecraft.

Leading a moon rover design team, I managed nine aerospace engineers, optimizing team efficiency and goal focus. My responsibilities included interviewing potential team members, driving design decisions, and problem-solving. I managed department resources, including budgets and schedules, and played a key role in communications with partners and stakeholders. Additionally, I contributed to the managerial board, steering organizational direction and fostering interdepartmental cooperation.

As a thermal Simulation Engineer I am responsible for analyzing and evaluating Thermal Systems for the Lunar Zebro rover. this rover is the smallest and lightest rover to over fly to the moon. its entirely build by a team of amazing students. With the use of computer simulations I make sure that this rover is able to withstand the extreme temperatures on the moon: -150 C during the night up to 200 C during the day.

As a thermal Simulation Engineer I am responsible for analyzing and evaluating Thermal Systems for the Lunar Zebro rover. this rover is the smallest and lightest rover to over fly to the moon. its entirely build by a team of amazing students. With the use of computer simulations I make sure that this rover is able to withstand the extreme temperatures on the moon: -150 C during the night up to 200 C during the day.