I will automotive pcb design, firmware coding and enclosure development for ecus
CAN Bus PCB Design, Automotive PCB Design, ECU Embedded Software, Firmware Devel
About this Gig
I specialize in end-to-end development of Automotive Electronic Control Units (ECUs), delivering robust, reliable, and production-ready solutions for harsh automotive environments. From high-reliability PCB design and optimized firmware coding to rugged enclosure development, I provide integrated engineering that ensures your ECU meets functional safety, thermal, vibration, EMI/EMC, and IP-rated protection standards.
Whether you're building engine controllers, motor control units, sensor modules, or custom vehicle electronics, I handle the full hardware-software-mechanical integration so you get a complete, tested ECU system
What I Offer
I provide complete automotive ECU development
- Automotive-grade PCB design (multi-layer, high-reliability, thermal & EMC optimized)
- Firmware coding (C/C++, real-time control, CAN, diagnostics, bootloader)
- Rugged enclosure development (IP67/IP69K, thermal management, vibration resistant)
One-stop solution from schematic to fully integrated ECU.
Benefits of My Services
- Reliable performance in harsh automotive conditions (temperature, vibration, EMI)
- Faster development and reduced integration issues
- Lower overall cost through optimized design
FAQ
Do you provide complete automotive ECU development services?
A: Yes. I offer end-to-end automotive ECU solutions including automotive PCB design, ECU firmware coding, and rugged enclosure development — all integrated for reliable performance in harsh vehicle environments.
What types of automotive PCB design do you specialize in?
A: I specialize in multi-layer, high-reliability automotive PCBs with focus on thermal management, signal integrity, vibration resistance, EMI/EMC compliance, and manufacturability (DFM). I support AEC-Q100 components and ISO 26262 requiremen
Can you develop custom ECU firmware?
A: Absolutely. I write efficient C/C++ firmware for automotive microcontrollers (STM32, NXP, Renesas, etc.), including real-time control, CAN/LIN/FlexRay, UDS diagnostics, bootloader, and functional safety features.
Do you design enclosures for automotive ECUs?
A: Yes. I create durable, IP67/IP69K-rated enclosures with proper thermal dissipation, vibration damping, and connector integration using aluminum, die-cast, or rugged polymers
What industries and projects do you work on?
A: I mainly serve automotive, electric vehicles (EV), motorsports, and industrial vehicle clients. Common projects include engine ECUs, motor controllers, sensor modules, and custom vehicle electronics.

