I will fix, review pcb design errors and improve pcb layout performance
Your Partner in Hardware Innovation
About this Gig
A few months ago, a client came to me after spending weeks debugging a PCB that should have worked on the first prototype.
The schematic looked fine, the components were correct, and the board passed basic checks. Yet the prototype suffered from noise issues, unstable signals, and intermittent failures that made the product unusable.
After a detailed review, the problem wasn't the circuit itself it was the PCB layout. A few routing mistakes, grounding issues, and poor component placement were causing the entire design to underperform.
Within days, the design was optimized, the issues were eliminated, and the next prototype worked exactly as intended.
If you're here, there's a good chance you're facing a similar challenge.
Good news: Your PCB design can usually be fixed without starting from scratch.
I help engineers, startups, students, and hardware companies identify PCB design mistakes, improve layout quality, and optimize board performance before manufacturing costs become expensive headaches.
Whether you're dealing with failed prototypes, DRC/ERC violations, signal integrity problems, EMI issues or simply want a second set of expert eyes on your design.
Other Electronics Engineering Services I Offer
FAQ
What files do you need to review and fix my PCB design?
I can work with PCB projects from Altium Designer, KiCad, Eagle, EasyEDA, and other major design tools. Ideally, please provide the schematic files, PCB layout files, Gerber files (if available), and a brief description of the issues you're ex
Can you help if my PCB has already been manufactured and is not working correctly?
Yes. If your prototype is experiencing issues such as noise, signal integrity problems, power distribution issues, connectivity errors, or unexpected behavior, I can analyze the design, identify possible root causes,
Do you work on complex multi-layer, RF, and high-speed PCB designs?
Absolutely. I can review and optimize everything from simple 2-layer boards to advanced multi-layer (4+ layers), RF, mixed-signal, and high-speed digital designs. This includes differential pair routing, impedance control, power in

