Hire Component Selection Designers in Malaysia

I help product developers and small businesses turn electronic concepts into practical, manufacturing-ready PCB designs. My capabilities include schematic capture, component selection, PCB layout, de... Read more

I help product developers and small businesses turn electronic concepts into practical, manufacturing-ready PCB designs. My capabilities include schematic capture, component selection, PCB layout, design review, and production-file preparation using KiCad, EasyEDA, and Fusion 360 Electronics. I specialise in ESP32 and microcontroller-based hardware, IoT devices, sensor interfaces, communication circuits, control systems, and power-supply integration. I have hands-on experience taking designs beyond the CAD stage, including ordering assembled PCBs, testing prototypes, troubleshooting hardware, and improving designs based on real test results. My services include: • Schematic capture and PCB layout • ESP32 and embedded-hardware design • PCB review and design improvement • Component selection and BOM preparation • Gerber, drill, pick-and-place, and assembly files • Design-for-manufacturing checks • Prototype troubleshooting and revision I prioritise clear communication, practical engineering decisions, component availability, manufacturability, and organised project documentation. If you have a product idea, existing schematic, or PCB that needs improvement, send me your requirements and I will assess the most effective path forward.

I help product developers and small businesses turn electronic concepts into practical, manufacturing-ready PCB designs. My capabilities include schematic capture, component selection, PCB layout, de... Read more

I help product developers and small businesses turn electronic concepts into practical, manufacturing-ready PCB designs. My capabilities include schematic capture, component selection, PCB layout, design review, and production-file preparation using KiCad, EasyEDA, and Fusion 360 Electronics. I specialise in ESP32 and microcontroller-based hardware, IoT devices, sensor interfaces, communication circuits, control systems, and power-supply integration. I have hands-on experience taking designs beyond the CAD stage, including ordering assembled PCBs, testing prototypes, troubleshooting hardware, and improving designs based on real test results. My services include: • Schematic capture and PCB layout • ESP32 and embedded-hardware design • PCB review and design improvement • Component selection and BOM preparation • Gerber, drill, pick-and-place, and assembly files • Design-for-manufacturing checks • Prototype troubleshooting and revision I prioritise clear communication, practical engineering decisions, component availability, manufacturability, and organised project documentation. If you have a product idea, existing schematic, or PCB that needs improvement, send me your requirements and I will assess the most effective path forward.

Need a reliable PCB that's ready for prototyping and manufacturing? I'm an Electrical Engineering student who helps startups, engineers, and product developers turn ideas into reliable, manufacturabl... Read more

Need a reliable PCB that's ready for prototyping and manufacturing? I'm an Electrical Engineering student who helps startups, engineers, and product developers turn ideas into reliable, manufacturable circuit boards. I enjoy solving practical hardware problems—from selecting the right components and designing schematics to creating clean PCB layouts that are ready for fabrication and assembly. My goal is to deliver designs that save you time during prototyping and make the transition to manufacturing as smooth as possible. I can help with: Custom PCB design (KiCad and/or Altium) Schematic capture Component selection PCB layout (2-layer) Power electronics Embedded hardware Battery charging circuits Communication interfaces (RS-485, UART) BOM creation and manufacturing files PCB design reviews and design improvements My portfolio includes complete hardware projects such as a USB-C Li-ion battery charger, a synchronous buck converter, an STM32 development board, and an industrial RS-485 interface board. Each project was designed with an emphasis on engineering practices, manufacturability, and clear documentation. When we work together, you can expect: Clear communication Thoughtful engineering decisions On-time delivery Fabrication-ready deliverables Attention to detail from schematic through final PCB Whether you already have a schematic or are starting with an idea, I'd be happy to help bring your hardware project to life!