Hire 3D modeling & PCB design Designers in Japan

Founder of Made By Robot (SHER Automations), a Tokyo-based engineering studio specializing in end-to-end hardware product development — from concept to factory-ready assembly. I design mechanical syst... Read more

Founder of Made By Robot (SHER Automations), a Tokyo-based engineering studio specializing in end-to-end hardware product development — from concept to factory-ready assembly. I design mechanical systems, embedded electronics, and automation solutions for clients across Japan and internationally. My work spans PCB layout and firmware, 3D-printed prototypes, robotic mechanisms, and IoT devices. Past projects include a 6-DOF robotic arm, solar tracking robot, mechanical gripper, autonomous lawn mowing robot, and a 360° video booth — all built in-house with full-stack control from hardware to software. I work in C++ and Python on the software side, and handle CAD, PCB design, and 3D printing for physical deliverables. If you need a reliable engineer who can own the full product pipeline, I'm your person.

Hi, I am a mechanical design engineer with over 15 years of experience in product development and engineering. I have extensive experience working with German automotive OEM suppliers and in collabor... Read more

Hi, I am a mechanical design engineer with over 15 years of experience in product development and engineering. I have extensive experience working with German automotive OEM suppliers and in collaboration with leading German OEMs, delivering engineering solutions aligned with industry standards and development processes. I develop functional and innovative engineering solutions for complex components and systems, with a strong focus on performance, manufacturability and reliability. My work covers the entire development process – from concept and engineering to production-ready designs, including support for prototyping and testing. CAD is a key tool in my workflow, enabling me to translate complex ideas into precise and functional designs. I work with several high-end CAD systems, including CATIA V5/V6, Siemens NX and Autodesk Inventor. My core expertise includes: • Complex assemblies and mechanical systems • Automotive components and body structures, including styling integration and Class-A surface modeling • Design of drivetrain components (gearbox parts, engine components, engine systems and subsystems, tuning) • 3D scanning and reverse engineering (scan-to-design reconstruction, adaptation and redesign) • Design of cast, molded and machined parts • Manufacturing optimization and development of production processes • Mechanical design of components within electrical systems • Creation of complex technical drawings (GD&T, tolerances and fits) I place strong emphasis on engineering quality, creative problem solving and practical solutions that perform reliably in real-world applications.

I am a multidisciplinary engineer specializing in the integration of mechanical design, electronics, and software development to deliver complete, real-world engineering solutions. With a strong found... Read more

I am a multidisciplinary engineer specializing in the integration of mechanical design, electronics, and software development to deliver complete, real-world engineering solutions. With a strong foundation across these domains, I bring a systems-level perspective that allows me to design, prototype, and implement projects from concept to deployment. On the mechanical side, I have extensive experience in CAD design, product development, and manufacturing-ready solutions. I focus on creating efficient, practical designs that consider real-world constraints such as materials, fabrication methods, and cost optimization. In electronics, I work with embedded systems, PCB design, and hardware integration. I am comfortable developing schematics, selecting components, and ensuring reliable communication between hardware and control systems. On the software side, I develop firmware and control logic for embedded devices, as well as higher-level applications for automation, data acquisition, and system monitoring. I have experience working with microcontrollers, PLCs, and industrial communication protocols, enabling seamless integration between hardware and software systems. What sets me apart is my ability to bridge these disciplines. Instead of treating mechanical, electrical, and software components separately, I design them as a unified system—resulting in more robust, efficient, and scalable solutions. I have worked on projects ranging from industrial automation and embedded systems to custom machinery and prototyping. I collaborate effectively with cross-functional teams, including mechanical engineers, electrical engineers, and software developers, ensuring smooth communication and successful project delivery. If you are looking for someone who can take ownership of a project end-to-end, reduce complexity, and deliver practical engineering solutions, I would be glad to help bring your ideas to life.