What was the focus of your work or research during the mobility program?

The research focused on the design of thermo-structural systems for Space exploration, investigating how Additive Manufacturing could enhance mechanical performance and open up new possibilities in structural design. By combining experimental work with analytical modeling, the project assessed both the potential benefits and the current constraints of additive manufacturing in high-performance, demanding environments. 

How did this experience contribute to your academic and professional development?

The mobility experience played a significant role in expanding both my technical skills and my overall academic and work perspectives. Being immersed in a different research environment exposed me to new methodologies and ways of thinking, which contributed to my personal and professional growth. It also helped build confidence in working within international teams and reinforced my motivation to pursue challenging research topics. 

Did this experience influence your career plans?

This experience had a strong impact on how I see my future in engineering. Working on projects directly linked to space exploration deepened my interest in this field and confirmed my desire to continue in advanced aerospace research. It also made me more aware of the potential for interdisciplinary and international collaboration in shaping innovative engineering solutions. 

Moreovee, the collaboration established during the program resulted in several joint publications, involving both my home university and the host institution. These works were developed through continuous exchange and shared supervision, and they became an integral part of my PhD research. The publications also reflect the strength of the partnership and its contribution to the broader research community.