Marcelo Velásquez Enríquez

Passionate about innovation and the development of impactful technologies, products, and solutions that can improve everyday life and contribute positively to society. Strong interest in learning about emerging technologies, global engineering advancements, and groundbreaking innovations in areas such as mechanical design, robotics, artificial intelligence, and computer vision. Motivated to solve complex and challenging problems through creativity, analytical thinking, and multidisciplinary engineering approaches.

Driven to be part of highly capable and ambitious teams that aim to achieve meaningful goals, push technological boundaries, and create projects with real-world impact. Interested in international collaboration, scientific research, and global engineering communities to exchange knowledge, gain new perspectives, and continuously grow both technically and professionally.

Structure and Simulation Designer at WASKIRI-SAT BOLIVIA (2025-08 – Present)

WaskiriSat is a CubeSat nanosatellite project developed by the Mechatronics Engineering program at Universidad Católica Boliviana, focused on the design and development of a compact satellite platform for space technology research and in-orbit validation. The mission aims to promote locally developed aerospace technologies in Bolivia, including Earth observation systems, onboard artificial intelligence, and satellite control systems. As part of the structural team, responsibilities include the design and optimization of the satellite structure to reduce mass and maximize internal volume efficiency, while ensuring mechanical resistance through simulation, structural analysis, and testing processes.

The project represents an important step for the Bolivian aerospace ecosystem by encouraging scientific research, technological innovation, and the participation of young engineers in national space development initiatives.

• Contributed to the structural design and optimization of the CubeSat platform, focusing on reducing mass and maximizing internal volume efficiency.
• Assisted in mechanical modeling, structural analysis, and simulation processes to ensure structural integrity under launch and space conditions.
• Participated in the development and validation of nanosatellite technologies for aerospace research and Earth observation applications.

Mechanical Design at BOTHELO PERFORMANCE (2024-08 – 2025-02)

Responsible for designing vehicle parts and components, with a focus on Jeeps, creating CAD models in SolidWorks and performing stress and strength simulations to ensure optimal performance. Gained hands-on experience in welding processes across various metals, including TIG and MIG techniques, which contributed to advanced fabrication skills.

• Developed a lunar vehicle for NASA HERC 2024, earning the "Most Improved Performance" award.
• Applied simulation and fabrication expertise to enhance part durability, performance, and overall project outcomes.

Warehouse Intern at TELFO INGENIERIA (2020-02 – 2020-07)

Responsible for administrative tasks and internal messaging, while managing tools and equipment in the warehouse to ensure efficient operations. Assisted in document drafting and organizational processes. Additionally, contributed to maintenance activities, focusing on salvaging components and sensors from fusion equipment, as well as inspecting fiber optic splices and telecommunications cabling.

• Optimized warehouse and equipment management, improving operational efficiency and organization.
• Supported maintenance and technical operations, enhancing the longevity of equipment and ensuring proper handling of telecommunications infrastructure.

Bachelor of Science in Mechatronic Engineering – Universidad Católica Boliviana San Pablo (2020-02 – 2026-03)

Leadership Development Program in Leadership – ASPIRE INSTITUTE 2025 (2025-08 – 2025-12)

Certificate in TIG and MIG Welding – Universidad Católica Boliviana San Pablo (2023-10 – 2023-12)

Certificate in Ethical Hacking – Hexagon (2021-02 – 2021-05)