Post by Akram Filali boubrahmi

🚀 From 3D CAD to Reality: Engineering a Precision Thrust Measurement Device There's something incredibly rewarding about seeing a digital design evolve into a fully functional engineering system. This video showcases the complete development journey of our Thrust Measurement Device for Small Propellers, from the first CAD assemblies and detailed component design to manufacturing, assembly, calibration, and the final working prototype. Developed as part of my engineering studies at the Université Internationale de Rabat (UIR) – College of Engineering & Architecture, this project was a true systems engineering experience, combining mechanical design, simulation, manufacturing, electronics, and experimental validation. 🔹 Hand sketches and concept development 🔹 Detailed 3D CAD design in CATIA 🔹 Structural validation through ANSYS simulations 🔹 Mechanical manufacturing and machining 🔹 Prototype assembly and integration 🔹 Sensor and electronics implementation 🔹 Calibration, testing, and performance validation Every component was carefully designed with precision, manufacturability, and functionality in mind, resulting in a robust measurement system capable of delivering accurate and repeatable thrust measurements for small propellers. A huge thank you to my amazing teammates meryme DIYER , El Mehdi Adib Alaoui, and Mohammed Hariri for their dedication and teamwork throughout this project. I'm also sincerely grateful to Professor Hajar Chouiyakh for her continuous guidance and to the UIR Tech Center for providing the manufacturing facilities that made this prototype possible. Engineering is about transforming ideas into reality—and this project perfectly reflects that journey. #MechanicalEngineering #SystemEngineering #ProductDevelopment #Prototype #CAD #CATIA #ANSYS #Manufacturing #RapidPrototyping #Mechatronics #Innovation #EngineeringDesign #EngineeringStudent #Aerospace #Research #Teamwork

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