Juan Jesús Ortiz Vazquez
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I am a Mechatronics Engineering student at Tecnológico de Monterrey with a strong passion for R&D in aeronautics and advanced manufacturing. I am currently working on simulations and experimental characterization for micro-injection molding as a visiting research student at DTU Construct.
My research interests include morphing aircraft structures, compliant mechanisms, architected metamaterials, aerodynamic optimization, and advanced manufacturing processes for UAV applications.
Before joining DTU, I conducted research on 3D-printed compliant joints for camber morphing wings at the Metamaterials and Lightweight Structures Lab, focusing on parametric design, FEM simulation, and experimental characterization of cellular metamaterials.
I also led Tec Racing Aerodesign team in the SAE Aerodesign competition as Chief Engineer, where I focused on CAD design and manufacturing of experimental cargo UAVs. In addition, I completed an internship in the automotive industry, working in product development and mechanical design.
[ juanjesusov@gmail.com | LinkedIn | Research Gate | CV ]
Design and Fabrication for Micro-Injection Molding (Ongoing project)
#InjectionMolding #CDF #Moldflow #Moldex3D #Metrology #CMM
Simulation and experimental validation of polymer micro-injection molding for high-precision components using Moldex3D and Moldflow.
Compliant Metamaterials for Morphing Wings
Design and validation of 3D-printed metamaterials for compliant rotational joints in camber morphing aircraft structures.
Parametric Design of Architected Metamaterials (Ongoing project)
Development and mechanical testing of dihedral-tiling cellular metamaterials for high-flexibility compliant joints.
Multi-Material Light Based Bioprinter (Ongoing project)
Mechanical design and structural development of a multi-material light-based bioprinter for biomedical applications.
Experimental Cargo UAVs for SAE Aerodesign
Engineering high-payload UAVs for an international student team competition.
Electric Motor Trust Characterization Stand
Design and implementation of a thrust test stand to optimize battery–motor–propeller configurations for experimental UAVs.
Control Surfaces Sizing Tool
Development of a MATLAB application for optimal sizing of rectangular control surfaces based on aerodynamic and stability criteria.
Robot Arm and Computational Vision
Hands-on projects using Universal Robots and computational vision for pick-and-place and task automation applications.
Automated Welding Cell
Design and programming of an automated robotic cell for MIG welding applications in industrial settings.
Autonomous Object-Manipulator Vehicle
Development of an autonomous mobile robot capable of object detection, grasping, and navigation in dynamic environments.
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