Commercial Induction Stove PCB Design

I’m taking an induction cook-top from concept to market and need a complete PCB solution—hardware and firmware—that is ready for commercial production. The board must handle precise temperature control via a clear digital display, integrate an automatic safety shut-off, and run continuous self-diagnostics. Just as important, the layout and firmware should simplify future servicing; component placement, test points, and code structure all need to support quick fault isolation and repair.

You’ll start from a functional spec and translate it into a production-ready schematic, multilayer board and firmware that can drive the power stage, fans and UI. Robustness is key: the design has to survive real-world line conditions, pass standard EMI/EMC compliance, and manage thermals under sustained high loads without false trips.

Deliverables
• Altium (or comparable) schematic and PCB files, Gerbers and BOM
• Compiled firmware plus documented, well-commented source code
• Programming and flashing instructions
• Bench-tested prototype performance report confirming temperature accuracy, safety shut-off response and diagnostic coverage

If you have prior experience with induction appliances, resonant inverter topologies, and touch or segmented LED displays, you’ll fit right in. Let me know how you’d approach the thermal, EMC and serviceability targets and any similar projects you’ve shipped.