Part-Time Motor Control PCB Engineer

@Mahihassi

With over a decade of experience in electrical engineering and a specific focus on motor-control electronics, I am confident in my ability to contribute to your project's success. My expertise in designing PCBs that efficiently drive, sense and protect motors under real-world loads aligns perfectly with your requirements. Having worked with similar professional CAD tools like KiCad, I can guarantee user-friendly, maintainable output files. What sets me apart is the depth of understanding I have across the entire product pipeline - from schematic drawing and BOM capture to overseeing prototype builds and running functional tests. Troubleshooting is one of my key competencies, and I would relish any challenges your motor rigs present. Whether it is utilizing oscilloscopes or diving into firmware hooks, my methodical approach ensures efficient resolution of issues. Lastly, my dedication to thorough documentation will ensure easy transitioning into small-batch production. Should you choose to work with me, you'll not only gain a technically competent engineer but also a reliable partner committed to delivering excellent quality work that meets milestones. Verifying this just requires us to have a conversation about schedules and milestones – so let's jump on a call!

@engrusmanfaiz

Your project aligns strongly with my experience in motor-control electronics, PCB design, and hardware validation. I have worked on high-current embedded systems involving BLDC/DC motor drivers, sensing, and protection circuits. I can handle the complete workflow from schematic and BOM development to PCB layout and manufacturing files. My layouts focus on thermal performance, EMI reduction, grounding strategy, and production readiness. I am experienced with KiCad and Altium Designer and provide fully editable source files. I also support prototype bring-up, oscilloscope-based debugging, thermal/load testing, and root-cause analysis. For motor-control systems, I prioritize gate-driver integrity, current sensing accuracy, and protection reliability. I can assist with revision tracking, documentation, and smooth transition into small-batch production. I am comfortable coordinating remote work along with scheduled on-site support in Orange County when required.

@tshibsamuel477

Hi there, I’ve carefully read your project description, and I can help design, bring up, and validate motor-control PCBs that are reliable under real load conditions. I’m Samuel Tshibangu, a mechatronics engineer with hands-on experience in motor-control electronics, PCB design, power stages, current/voltage sensing, MOSFET/driver circuits, thermal considerations, EMI-aware layout, and prototype debugging. I’ve already worked with motor drivers, embedded control boards, oscilloscopes, firmware-level testing, and production-ready PCB documentation. I can support schematic design, BOM selection, PCB layout, Gerbers, pick-and-place files, prototype bring-up, thermal/load testing, revision tracking, and clear documentation. I can work remotely and discuss planned on-site integration sessions if scheduling/travel is agreed. Feel free to send me a message with the motor specs and current requirements, and I can start reviewing the design needs right away. Best regards, Samuel Tshibangu

@robert2697

Hello, I'm excited to connect regarding your Part-Time Motor Control PCB Engineer role. Having recently led the hardware design for a high-current BLDC controller that moved from concept to reliable field deployments, I am confident in handling your motor-control board project end-to-end. I understand you need a senior engineer who is hands-on—comfortable designing, prototyping, troubleshooting, and documenting robust motor-control PCBs that stand up to real-world loads and comply with EMI and thermal constraints. Your need for both remote and on-site collaboration in Orange County is a great fit for my flexible working style. I have over 15 years of experience in electronics design, PCB layout, embedded systems, and thorough documentation for production handoff. My work with motor drives and sensor integration has delivered reliable, serviceable solutions for both small-batch and scaled production. Here’s how I’ll support your project: * Create fully documented schematics and BOMs, selecting components for cost, thermal, and EMI performance. * Design and layout PCBs for manufacturability, noise immunity, and maintainability, providing clean Gerbers and assembly files. * Oversee prototype assembly and perform rigorous lab testing—functional, thermal, and load—directly on your motor rigs. * Rapidly diagnose and resolve hardware issues using trace analysis and test equipment, with precise documentation at every revision. I’d love to discuss your project milestones and how I can help drive your designs from concept to production-ready hardware. Please contact me. Thanks, Robert