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I will design 4 layer medical pcb, schematic, wearable and embedded firmware
pcb designer and firmware developer
I’m Fredick J, an Electronics Engineer specializing in PCB design, embedded systems, and firmware development. I design reliable, production-ready electronics for IoT devices, automation, robotics, we...
About this Gig
Hello and Welcome!
Medical and wearable electronics require more than a compact PCB. Sensitive sensor signals, low-power operation, grounding, EMI control, thermal behavior, component placement, and embedded firmware must work together to produce a stable and manufacturable system.
I will design 4-layer medical and wearable PCBs with complete schematics, embedded firmware integration, sensor interfaces, and manufacturing-ready documentation based on your technical and mechanical requirements.
What I Will Provide:
- 4-layer medical PCB design
- Complete electronic schematic
- Compact wearable PCB layout
- Analog and digital circuit design
- Low-noise signal acquisition
- MCU-based embedded hardware
- Battery and power-management circuits
- Gerber, drill and manufacturing files
- BOM and component selection
Why Choose Me:
- Engineering-focused PCB development
- Wearable and compact electronics design
- 4-layer multilayer PCB expertise
- Hardware and firmware integration
- Low-power architecture
- Sensor-focused circuit design
- Clean, manufacturable PCB layouts
Lets build your wearable medical PCB, send your requirements and start your project today!!
FAQ
Can you design a complete 4-layer medical PCB?
Yes. I can handle the schematic, component selection, PCB layout, DRC, BOM, and manufacturing files.
Do you design wearable PCBs?
Yes. I can design compact wearable boards with sensors, MCU, battery management, wireless connectivity, and required interfaces.
Can you develop the embedded firmware too?
Yes. I can develop firmware for sensor acquisition, MCU peripherals, communication, power management, and device control.
Can you integrate medical or biometric sensors?
Yes. I can integrate supported sensors for applications such as temperature, motion, optical, pressure, and other measurements based on your specifications.
Can you design low-power wearable electronics?
Yes. I can optimize power architecture, battery management, sleep modes, peripheral usage, and power distribution.
