I will design mmwave radar pcb, contactless pcb and embedded firmware
About this Gig
HELLO AND WELCOME!
At mmWave frequencies, PCB geometry becomes part of the RF system. Trace impedance, antenna placement, grounding, return paths, power integrity, RF isolation and component parasitics can directly affect sensing performance. I design radar and contactless electronics with these constraints considered from schematic through PCB layout and firmware.
What I Will Provide;
- mmWave radar PCB schematic and architecture
- RF-aware multilayer PCB layout
- Radar sensor and antenna integration
- 24GHz, 60GHz and 77GHz radar solutions
- Contactless proximity and presence detection PCB
- Motion and occupancy sensing electronics
- RF power, grounding and decoupling design
Why Choose Me?
- RF-aware PCB layouts designed around real mmWave constraints.
- Hardware and firmware developed as one coordinated sensing system.
- Careful attention to grounding, impedance, isolation and power integrity.
- Designs structured for testing, calibration, debugging and future revisions..
- Clear communication from initial architecture through final deliverables.
Have a radar or contactless sensing concept? message now and let's engineer the hardware and firmware around it!!.
FAQ
Can you design a complete mmWave radar PCB?
Yes. I can work on the schematic, RF-aware PCB layout, power system, interfaces and embedded firmware.
What radar frequencies do you support?
I can work with platforms operating around 24GHz, 60GHz and 77GHz, depending on the selected radar IC/module.
Can you design contactless presence detection systems?
Yes. I can develop electronics for presence, occupancy, proximity and motion-detection applications.
Can you work with existing radar modules?
Yes. I can integrate radar modules with MCUs, power systems, communication interfaces and custom PCBs.
Do you develop the firmware too?
Yes. I can develop embedded C/C++ firmware for configuration, data acquisition, sensor control, communication and diagnostics.
Can you design the antenna as well?
I can handle PCB-level RF integration and antenna-related layout considerations. Dedicated antenna development can be scoped separately when required.

