I will design pcb layout, schematic, circuit, embedded firmware and hardware prototype
About this Gig
Develop your embedded product with a complete hardware engineering workflow from circuit architecture to firmware integration. I design schematics, PCB layouts, embedded firmware, and functional hardware prototypes for IoT devices, industrial automation, robotics, controller boards, wearables, and custom electronics.
My designs incorporate signal integrity, thermal management, DFM/DFA compliance, and firmware ready hardware interfaces. I support common embedded platforms including STM32, ESP32, RP2040, AVR, PIC, Nordic, and NXP, delivering production-ready documentation and firmware that streamline prototyping and manufacturing.
What I Will Provide
- Professional Schematic & Circuit Design
- KiCad PCB Layout & Routing
- Embedded Firmware Development
- Hardware Prototype Design
- Gerber, NC Drill & Assembly Files
- ERC/DRC Verified Manufacturing Package
- BOM, Pick & Place & Technical Documentation
Why Choose Me
- End to end hardware & firmware expertise
- Manufacturing driven PCB engineering
- Optimized embedded architecture
- Production ready deliverables
- Professional technical communication
Turn your concept into a reliable embedded product with integrated hardware, PCB, and firmware development.
Other Electronics Engineering Services I Offer
FAQ
Which PCB software do you use?
KiCad for schematic capture, PCB layout, and manufacturing outputs.
Do you develop embedded firmware?
Yes. I develop firmware in C/C++ for embedded systems, including peripheral drivers, communication stacks, and application logic.
What manufacturing files do you provide?
Gerber X2, NC Drill, Pick & Place, BOM, assembly drawings, and fabrication documentation.
Can you design multilayer PCBs?
Yes. I support 2-layer, 4-layer, 6-layer, and higher-layer designs based on project requirements.
Can you create a complete hardware prototype?
Yes. I can design the circuit, PCB, firmware, and all manufacturing documentation required for prototype assembly.
Do you optimize existing designs?
Yes. I improve routing, power integrity, EMI performance, thermal behavior, and manufacturability.

