
Design your custom PCB & embedded system
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What you get with this Offer
I help startups, product founders, and engineers transform ideas into fully engineered PCB and embedded systems designed with production, scalability, and long-term reliability in mind.
This premium offer is focused on complete product-level development, not hobby or basic boards. Every design decision is made to ensure signal integrity, stable power distribution, and efficient manufacturing.
What I will deliver includes a complete schematic design built to industry standards, a multi-layer PCB layout optimized for performance and noise reduction, and carefully selected components with a cost-efficient bill of materials. You will receive fabrication-ready Gerber files along with a full design for manufacturing review to minimize production risks.
For clients building smart or connected products, I can also integrate embedded firmware using platforms such as ESP32 or ARM-based systems, ensuring the hardware and software work seamlessly together.
This service is ideal if you are developing an IoT device, smart home product, robotics system, or any consumer electronics product that needs to move from concept to a production-ready design.
Every project is different in scope and complexity, so I always recommend discussing your requirements first. This ensures the architecture, components, and design approach are aligned with your product goals and budget before work begins.
Get more with Offer Add-ons
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I can provide embedded firmware development and testing
Additional 3 working days
+$135 -
I can create full manufacturing documentation and assembly guide
Additional 2 working days
+$203 -
I can assist with prototype sourcing and fabrication support
Additional 3 working days
+$203
What the Freelancer needs to start the work
To get started, I will need a clear description of your product idea, expected functionality, and any specific requirements or constraints. If you already have sketches, reference designs, or existing schematics, please share them. Details about target components, preferred microcontrollers, size constraints, power requirements, and intended use case will help ensure the design is accurate and optimized from the beginning. If this is a new concept, a simple explanation of what you want the product to do is enough for us to define the best approach together.