Hire the Best SolidWorks Designers
in Japan

I’m an electromechanical engineer and physicist with 8+ years of R&D and project leadership in electric motor design and electromechanical systems. From academic research at the University of Granada to co-founding a health-tech startup and engineering for aerospace applications, I bring deep expertise in taking concepts through design, simulation, prototyping and IP protection. - Electric motor design & simulation: Permanent-magnet (PMSM) and custom magnetic circuits using SolidWorks, ANSYS Maxwell, Flux/Flux Motor and MATLAB/Simulink - Power electronics & control systems: BMS, DC/DC converters, sensor integration and microcontroller-based control (Arduino, ESP32) - Full-cycle project management: Requirements analysis, resource planning, multidisciplinary team coordination, validation, integration and IP strategy - Prototyping & testing: Battery systems, RF modules, brushless motors, 3D-printed parts and finite-element electromagnetic simulation - Advanced programming & tools: Python, C++, Fortran, LTSpice, KiCAD, COMSOL Whether you need a turnkey electric-motor design, power-electronics consultancy or full electromechanical engineering support, I deliver clear roadmaps, timely communication and professional oversight from concept to certified prototype. Let’s discuss how I can help bring your next project to life.

Based in Kawasaki, Japan, I am a Hardware Design Engineer specializing in the seamless integration of PCB layouts and structural 3D modeling. I solve the most common hardware headache: ensuring complex electronics fit perfectly into their physical housings. Why work with me? 1. Precision Background: Trained at Tokyo Nikken Institute of Technology with a focus on high-accuracy Professional CAD. 2. Proven Track Record: 10+ completed projects, from compact sensor modules to complex integrated prototypes. 3. DFM-Centric: I don’t just draw lines; I design for manufacturability, ensuring your boards are easy to assemble and your enclosures are ready for production. 4. Japan-Standard Discipline: I provide transparent communication, honest timelines, and meticulous attention to every mil and millimeter. I believe a great circuit is only half the battle. I am here to ensure your entire product is reliable, functional, and ready for the real world. Let’s build a product that actually works, fits, and scales.

Career: Mechanical Design Engineer Field: Robotic System Integration and Laser Equipment (6 years of experience) Skills: • 2D & 3D Design • SolidWorks, Fusion 360, Shapr3D, AutoCAD Specializations: • Designing components for machining, 3D printing, and sheet metal fabrication • Developing precise, functional 3D models optimized for manufacturing • Rapid prototyping and testing using personal 3D printers for faster design iterations Available for freelance work on weekends. Let’s collaborate to turn your ideas into reality!

In the near future, humans and robots will share a common environment. Humans are easily able to learn and interact with their environment, but robots are not. Therefore the need for devolving a robot that is able to interact with humans and its environment is increasing, not to mention the importance of interactive human support. Recently there are many theoretical approaches for such topic; however there are a lot of different parameters must be considered in order to apply such studies to the real world. It is difficult to determine the parameters properly in advance. During our research, we have developed an interactive learning method that takes place between a human and a robot online in a real environment. In this method, we have provided the robot with a module for observing the task sequences. Based on the observation results, the robot interacts with its human collaborator in order to learn about the observed event. As a result, the robot can determine the parameters for its behavior properly by itself. We have installed this method to a robot which plays X-O games and verified the validity of it. On the other hand, an ideal learning approach depends also on an ideal robot. For that purpose, we were motivated to build up a robotic hand that can interact with a human and is to be used as an assistive robotic part. As is well known, the human hand is one of the most sophisticated parts in the human body. We have developed a new design of an anthropomorphic robot hand called Osaka-City-University-Hand (OCU-Hand). To build up a robotic hand that mimics the functionality, performance, and shape of the human hand, we use a light-weight and high stress-resistive material for the main frame of the hand. Also we use DC servomotors to ensure the joint angles accuracy and have mounted some of them inside the fingers. In order to enable interactive approaches to apply to this robotic hand, we have attached tactile sensors on it and use them to get feedback. This hand is operated by a human operator wearing the master glove in a master-slave manner. We have developed a novel and unique assistive mode and installed it into the control program. During the assistive mode, the operator can perform other tasks than the master-slave operation while he has the master glove on, which makes the operability very enhanced. The human-like qualities, such as size, lightness, and plenty of degrees of freedom, and the unique mode have enabled the hand to do tasks in a different manner from the other robotic hands.

Expect Innovation and Originality! I bet you don't see my content in other portfolios! Please contact me if you need to design your product from scratch - Game Design - Innovative product implemantations - Hardware gamification - 3D Modeling/Rendering - PCBA Design and Schematics - Firmware development - Prototyping and testing - SEO Originality (TRUE Profressional writing, without AI involved at all to ensure proper and accurate information) Review of each prototype to assure quality in the service

I’m a motion graphic design freelancer based in Japan. I studied Multimedia Design at Humber College in Canada, while completing multiple online motion design programs from U.S. schools in parallel. Before graduating, I was approached by a video production company, which led me to start my freelance career immediately. Currently, I work with United States and Japan video production company, and handling 70 to 100 projects annually. While my main focus is on infographics, I am also skilled in producing opening/attack sequences, 3D animations, and VFX.