Jorge Luis Schiavon Pérez

97.07 Academic Average / as of 2025-02

• Development of military projects focused on UAV design and implementation, including mechanical design and power electronics system development.
• Testbench designer for motor-propeller system efficiency in UAVs.
• Contributed to the creation of a tactical quadcopter for infantry operations and initial electromechanical design iterations of a tilt-rotor drone.
• Conducted FEA studies utilizing Ansys R2024, MatLab, CATIA V5, SolidWorks, additive manufacturing tools.
• Documentation adhering to IEEE standards.

• Guided and coached students in preparation for engineering and science-related programs.

• Design, engineering, and manufacturing processes for inertia and electric cars tailored for university competitions.
• Secured $213K in sponsorship support from Schaeffler Puebla’s E-Mobility Division within their R&D Department.
• Leader of the champion team during Electratón 2024.
• Core technical processes including automotive engineering design, mechanical design, electrical system maintenance, conventional and CNC machining, welding basics, and IoT (AWS) integration.
• PCB design and fabrication, composite material usage, and basic CFD simulation.

• Harness designs and electrical routing solutions using CAD software, ensuring serviceability optimization through collaboration with engineering departments at Tec de Monterrey Campus Puebla and Tec de Monterrey Campus CDMX.

• Provided dedicated support and attention to service activities within a multicontinental, diverse community, fostering an inclusive and welcoming environment for all participants.

• Measured and tracked key performance indicators (KPIs) while maintaining polyurethane injection machinery and chemical systems, including isocyanates, resins, and polyols, ensuring optimal functionality.
• Optimized wiring of electrical panels controlling pneumatic systems for improved serviceability by maintenance engineers; programmed basic PLC (Allen Bradley) for a FANUC M-6i manipulator robot to enhance product stress measurement operations, meeting safety requirements for the VW Taos project.