3D Model
PILOT SEAT FOR A FLIGHT SIMULATOR
movements and functionality of the real aircraft. Every detail, from sheet metal design to actuator selection, was meticulously crafted to provide an authentic experience.
Designer
Brajvm26
I am a Senior engineering professional with over 20 years of experience in valve design, new product
People management, goal setting, monitoring, mentoring, and performance reviews Valve & Actuator sizing and selection, Valve automation & calibration, product customisation Preparation of technical specifications
Designer
Nesserine-h
Electronic&Embedded systems engineer
I'm an embedded systems engineer experienced in designing and building electronic hardware and firmware, from prototypes to full signal-processing pipelines. Whether you need a working prototype, a PCB designed from scratch, or firmware...
Designer
zaaz0416
Mechatronics Engineer
Mechatronics Engineer | Embedded Systems & ROS Developer I bridge the gap between complex software and physical hardware. As an entrepreneur and Director of Product Development, I don't just write code—I build, simulate, and launch...
Designer
ayushk1
Mechanical design engineer, 8 year expertise in Special purpose machine (SPM) design
tolerance calculation -Actuators selection for various application- ball screw motor actuator, belt conveyors, pneumatic application -In depth Pneumatic and hydraulic system- actuator, valves, power pack selections
3D Model
Hydraulic Cylinder
representation of a hydraulic actuator, built to industry standards using SolidWorks. This model demonstrates a deep understanding of hydraulic mechanisms, material selection, and design principles. Key
3D Model
Development of a Micro Hydraulic Pump for a Hand Prosthesis
development process included concept design, CAD modelling, precision component design, material selection, prototyping, assembly and performance testing. Particular attention was given to minimizing internal
3D Model
Development of an Electrically Controlled Micro Hydraulic Valve for a Hand Prosthesis
included mechanical concept design, CAD modelling, electromagnetic actuator integration, precision component design, material selection, prototyping and functional testing. Key challenges included achieving
Designer
mohamad_hashemi
PCB Design & Embedded Firmware Engineer | Altium, STM32, ESP32
development • Embedded C/C++ programming • Sensor, display, and actuator integration • UART, SPI, I2C, CAN, and Modbus communication • Component selection and BOM preparation • Gerber and manufacturing file preparation
Designer
ayberguler
Electronics & Embedded Systems Engineer | PCB Design, Firmware & Product Development
electronics development process, including system architecture, schematic design, PCB design, component selection, embedded firmware development, prototyping, board bring-up, testing, debugging, and design optimization