I will design mmwave radar pcb, contactless pcb and embedded firmware
About this Gig
HELLO AND WELCOME!
RF sensing is not ordinary PCB design millimeter-wave signals demand controlled impedance, careful stack-up planning, antenna-aware placement, clean power delivery, and disciplined RF layout.
I will design custom mmWave radar PCB, contactless sensing electronics, and embedded firmware for products requiring presence detection, motion sensing, proximity detection, occupancy monitoring, gesture interfaces, or intelligent IoT sensing.
What I Will Provide;
- Custom circuit schematic
- mmWave radar PCB design
- RF-aware PCB layout
- Contactless sensing PCB
- Radar sensor integration
- Antenna and RF placement considerations
- Controlled-impedance routing considerations
Why Choose Me?
- RF-aware PCB engineering approach
- Hardware + embedded firmware expertise
- Focus on signal integrity and power integrity
- Compact and manufacturable PCB layouts
- Structured hardware/firmware integration
- Practical sensor and MCU implementation
- Clear technical documentation
- Design tailored to your applicationnot generic templates
Ready to Build Your Contactless System? message now and Let's engineer your system from concept to working hardware!!!!.
FAQ
What mmWave radar applications can you support?
I can work on presence detection, motion sensing, proximity detection, occupancy monitoring, gesture sensing and other radar-based applications.
Can you design the complete radar PCB?
Yes. I can develop the schematic, PCB layout, component integration, power architecture and manufacturing documentation based on your requirements.
Can you work with an existing mmWave radar module?
Yes. Provide the module datasheet and interface requirements, and I can design the supporting PCB and embedded system around it.
Can you design contactless sensing devices?
Yes. I can develop electronics for contactless presence, motion, proximity and gesture-detection applications.
Do you provide embedded firmware?
Yes. Firmware can include sensor communication, device configuration, data acquisition, processing logic and MCU peripheral control.

