I will design flex rigid adas automotive sensor pcb layout and circuit design in kicad
About this Gig
As an electronics and hardware design engineer with 3+ years of experience, I route flex-rigid ADAS automotive sensor PCB layout and circuit design setups. Using KiCad, I execute schematic design, high-speed differential trace routing, and production-focused embedded hardware.
Services I Offer:
- Flex-rigid layer stackup setup & polyimide bend-zone routing
- ADAS radar, LiDAR, camera sensor interface routing
- Controlled impedance, differential pair length matching
- Automotive EMC/EMI filtering, power plane isolation
- KiCad footprint creation following IPC-7351 guidelines
- DFM/DFA checks for automated automotive assembly
Tools I Use:
1. KiCad EDA (Schematic Capture, PCB Layout, Gerber Generation)
2. FreeCAD / SolidWorks (3D Mechanical Enclosure Alignment)
3. OpenEMS / Ansys SIwave (Signal & Power Integrity Analysis)
File Formats Delivered:
1. Gerber RS-274X / X2 Production Files
2. NC Drill Files & IPC-D-356 Netlists
3. Pick and Place Files (CPL / Centroid CSV)
4. Bill of Materials (BOM with MPNs)
5. Native KiCad Source Files (.kicad_pcb, .kicad_sch)
6. 3D STEP Model of Assembly
Why Work With Me?
- Strict alignment with automotive thermal & mechanical constraints
FAQ
What documents should I send before starting the design?
Provide your schematic diagram (or netlist), component datasheets, enclosure dimensions, connector placement rules, and bend zone constraints for the flex sections.
How do you configure the flex-rigid layer transitions in KiCad?
I set up custom layer stackups matching your fabrication house rules, accounting for polyimide core thickness, coverlays, stiffeners, and transition boundaries between rigid and flex regions.
