• Lead and coordinate a team of 20 members, overseeing the project from design to final testing, ensuring alignment with goals and deadlines.• Designed the Baja chassis in SolidWorks, performing structural analysis (FEA) in Abaqus to ensure safety and performance under extreme conditions.• Review and validate all engineering aspects of the vehicle, including system integration, mechanical checks, and compliance with competition standards.• Manage project timelines, resources, and technical problem-solving, working closely with team members, faculty, and sponsors to drive continuous improvement.

• Assisted in the disassembly, restoration, and reassembly of the vehicle's suspension and braking systems, ensuring optimal performance under demanding rally conditions.• Collaborated with other departments in a multidisciplinary team to ensure alignment and integration of all mechanical systems, contributing to the overall success of the team.•Gained practical experience in automotive engineering and system optimization, enhancing my ability to work effectively in dynamic and technical environments.

• Prepared and presented detailed project proposals, including a significant offer exceeding €50k, demonstrating my ability to manage high-stakes projects.• Engaged directly with clients, conducting site visits to assess and evaluate their installations, providing optimal recommendations.• Led commercial initiatives, identifying potential clients, networking opportunities, and industry events to expand business reach.

During my fourth year of studies, I collaborated on the EMERGENTIa project, which focused on the design and manufacture of a VTOL (Vertical Take-Off and Landing) aircraft prototype. This project aimed to develop an innovative solution for emergency missions in challenging environments.Key Responsibilities:• Designed and optimized the actuation system responsible for the VTOL capability of the aircraft, ensuring efficient and reliable performance in critical situations.• Developed 3D CAD models of the actuation system, integrating innovative solutions in mechanical design, particularly in the motor mounts for propeller orientation.• Contributed to solving complex technical challenges, proposing improvements to the prototype's structure and functionality to maximize its effectiveness in emergency operations.