My name is Alessandro. I have earned a Bachelor's Degree with a thesis focused on "Deployable Structures" and innovative space technologies at the Polytechnic University of Turin, Italy. As an aerospace enthusiast holding a Bachelor's Degree in Aerospace Engineering, my journey is fueled by an insatiable curiosity to unravel the complexities of flight and space exploration. Guided by a profound zeal for innovation, I possess a robust foundation in engineering principles. Employing a meticulous approach, I tackle challenges with systematic precision, translating theoretical ideas into tangible solutions. My aptitude for collaborative dynamics is evidenced by my ability to synergize interdisciplinary teams, while my history of thorough experimentation complements my swift adaptability in dynamic scenarios. Rooted in a commitment to precision, innovation, and perpetual growth, I stand poised to deliver significant contributions to the ever-evolving aerospace industry.Here's an overview of my noteworthy experiences:• Crafted a 3D printed model of the James Webb Space Telescope using onyx material, utilizing AutoCAD and Inspire software for design.• Conducted laboratory experiments involving wind tunnel measurements to analyze pressure distribution around the NACA 0015 airfoil across varying incidences and Reynolds numbers.• Employed the Schlieren technique to visualize conical shock waves in another lab experiment.• Explored hydrodynamic analogy in a controlled lab setting.• Developed a Simulink program to model mechanical vibrating systems.• Undertook a training period at CERN, the European Organization for Nuclear Research.My academic achievements and collaborative endeavors underscore my unwavering commitment to excellence. Presently, I am actively participating in a Python course to enhance my knowledge and broaden my intellectual horizons. I possess a genuine affinity for MatLab coding, as evidenced by my consistent engagement in diverse university projects. My most recent task involved coding a simulation for rendezvous maneuvers akin to a game, as well as executing two-impulse maneuvers with minimum total velocity. These implementations adhered to the physical principles taught in class, highlighting my practical application of theoretical concepts.I proudly highlight my B2 certification, demonstrating English proficiency, and my ongoing journey towards C1, reflecting unwavering dedication to linguistic excellence. Alongside English, my adeptness in written and spoken French facilitates enriched cross-cultural professional interactions.