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I will design automotive pcb with high reliability and thermal safety
PCB DESIGN
I’m a skilled PCB and embedded hardware designer specializing in multilayer, RF, and high-speed circuit layouts. I deliver end-to-end solutions from schematic to production, including firmware integra...
About this Gig
I will design automotive PCB with high reliability and thermal safety
I design automotive-grade PCBs with:
- Thermal management
- High-current routing
- Vibration-resistant layout
Ideal for:
- EV systems
- Battery management
- Power electronics
Why Choose Me
- Automotive reliability focus
- Thermal-safe designs
- EMI/EMC optimized layouts
- Fabrication-ready Gerbers
Other Electronics Engineering Services I Offer
FAQ
What information do you need to start the automotive PCB design?
I need your schematic (if available), project requirements, voltage/current specs, mechanical constraints, and any automotive standards you want to follow.
Do you design according to automotive standards?
Yes, I follow industry best practices for reliability, thermal safety, EMI/EMC, and harsh environment performance.
Can you handle high-temperature and high-power designs?
Absolutely. I apply proper thermal management techniques, copper balancing, and heat dissipation strategies for demanding automotive applications.
Will I get files ready for manufacturing?
Yes, all packages include production-ready files such as Gerber files, and higher packages include BoM and Pick & Place.
Do you provide schematic design as well?
Yes, schematic design is included in Standard and Premium packages or can be added to Basic as an extra.
Can you optimize my existing PCB design?
Yes, I can review and improve your current design for better reliability, EMI performance, and thermal efficiency.
What software do you use for PCB design?
I use industry-standard tools like Altium Designer and KiCad based on project requirements.
Do you support prototyping and testing?
Yes, I can guide you through prototyping, manufacturer selection, and testing to ensure your board performs as expected.
How do you ensure reliability in harsh automotive environments?
I use robust layout practices, proper grounding, component spacing, and protection circuits to handle vibration, heat, and electrical noise.
Do you offer revisions?
Yes
