I will automotive pcb engineering, rf circuit, pcb board design and circuit schematic

Yes. I provide professional automotive PCB engineering including circuit schematic design, multilayer PCB board design, RF circuit integration, and full manufacturing files. Designs follow automotive best practices for EMI control, thermal stability, vibration resistance, and DFM compliance

Absolutely. I design and integrate RF circuits for automotive applications, including telematics, wireless modules, and vehicle communication systems. This includes impedance-controlled routing, grounding strategy, and EMI-conscious PCB layout.

Yes. Automotive electronics must meet strict EMI/EMC standards. My PCB layouts incorporate grounding architecture, power integrity planning, and noise mitigation strategies to reduce certification risks. Formal compliance testing documentation is available as an add-on service.

You will receive complete manufacturing ready outputs including Gerber files, BOM, Pick & Place, stack-up documentation, and PCB fabrication files. Everything is prepared for professional assembly and scalable production.

Yes. I design high current automotive PCBs for EV control systems, battery management units, and power distribution boards. Layouts include proper copper balancing, thermal planning, and current-handling optimization.

I design with automotive reliability in mind. However, full functional safety audits or official ISO 26262 certification filing are not included by default and must be discussed before project initiation.

Firmware development is available as an add-on. This gig focuses on automotive circuit schematic and PCB board design engineering to ensure hardware excellence first.

Automotive PCB failures are expensive and risky. My process minimizes respins, improves reliability, and aligns with 2026 automotive electronics standards. This service is structured for serious companies building mission-critical vehicle electronics.