UAV GPS PCB Design Verification
Budget: ₹1,500 – ₹12,500 INR
I have completed the schematic and multilayer PCB layout for a custom GNSS / GPS module that will sit inside a small-form-factor UAV. Before I press the “order” button, I need a second set of expert eyes to validate every critical detail, with extra attention on the power-supply architecture—which I flagged as my primary concern.
The review should cover GNSS/RF trace routing, impedance control, grounding strategy, EMI/EMC risk points, component placement for manufacturability, and overall reliability under airborne vibration and temperature swings. If you spot an issue, I expect you to offer (and, if we agree, implement) concrete fixes so the board comes back right the first time.
Design files are proprietary; I will share the Altium project after I see examples of past work on GPS, GNSS, or other high-frequency drone electronics that prove you can dive straight in.
Deliverables
• Written review report highlighting all findings, with screenshots or annotated PDFs where helpful
• Updated schematic and PCB files reflecting any agreed changes
• Brief call or chat at the end to walk through key decisions and confirm the design is release-ready
If you thrive on squeezing noise out of switch-mode rails, taming RF interference, and polishing layouts for flawless fab, I’d like to work with you on this final validation step.
The review should cover GNSS/RF trace routing, impedance control, grounding strategy, EMI/EMC risk points, component placement for manufacturability, and overall reliability under airborne vibration and temperature swings. If you spot an issue, I expect you to offer (and, if we agree, implement) concrete fixes so the board comes back right the first time.
Design files are proprietary; I will share the Altium project after I see examples of past work on GPS, GNSS, or other high-frequency drone electronics that prove you can dive straight in.
Deliverables
• Written review report highlighting all findings, with screenshots or annotated PDFs where helpful
• Updated schematic and PCB files reflecting any agreed changes
• Brief call or chat at the end to walk through key decisions and confirm the design is release-ready
If you thrive on squeezing noise out of switch-mode rails, taming RF interference, and polishing layouts for flawless fab, I’d like to work with you on this final validation step.