Portable Industrial PCB Design
Budget: ₹12,500 – ₹37,500 INR
I’m developing a compact, handheld industrial device and need a PCB engineered specifically for that environment. The board must house a central microcontroller and an integrated battery pack circuit, with no wireless modules required. Size and weight matter because the unit has to stay truly portable, yet it must also tolerate the electrical noise and temperature swings typical on a factory floor.
Scope of work
• Capture a clean, well-annotated schematic that includes the chosen microcontroller, power-management stage for a rechargeable battery, protection circuitry, and all connectors/sensors I’ll specify once we start.
• Turn that schematic into a four-layer (or better, if you recommend) layout that balances EMI control, thermal relief, and ease of assembly.
• Route for manufacturability—standard FR-4 stack-up, IPC-600 Class 2 minimum—while keeping component placement service-friendly.
• Deliver fabrication files (Gerber, drill, IPC-356 netlist), a complete BOM with manufacturer part numbers, pick-and-place data, and an assembly drawing.
• Provide brief design notes so future revisions are straightforward.
Acceptance criteria
The design must pass DRC without waivers, respect the mechanical envelope I supply, and boot the microcontroller from battery power on the first prototype run.
I’m comfortable reviewing work done in Altium Designer, KiCad, or Eagle—use whichever you’re most efficient with. If you can also oversee a small prototype batch, note that in your proposal; otherwise, I’ll handle fab and assembly once your files are ready.
Let’s get this board ready for the production line.
Scope of work
• Capture a clean, well-annotated schematic that includes the chosen microcontroller, power-management stage for a rechargeable battery, protection circuitry, and all connectors/sensors I’ll specify once we start.
• Turn that schematic into a four-layer (or better, if you recommend) layout that balances EMI control, thermal relief, and ease of assembly.
• Route for manufacturability—standard FR-4 stack-up, IPC-600 Class 2 minimum—while keeping component placement service-friendly.
• Deliver fabrication files (Gerber, drill, IPC-356 netlist), a complete BOM with manufacturer part numbers, pick-and-place data, and an assembly drawing.
• Provide brief design notes so future revisions are straightforward.
Acceptance criteria
The design must pass DRC without waivers, respect the mechanical envelope I supply, and boot the microcontroller from battery power on the first prototype run.
I’m comfortable reviewing work done in Altium Designer, KiCad, or Eagle—use whichever you’re most efficient with. If you can also oversee a small prototype batch, note that in your proposal; otherwise, I’ll handle fab and assembly once your files are ready.
Let’s get this board ready for the production line.