BOM for Solar Inverter, Firmware & Monitoring App
Budget: ₹12,500 – ₹37,500 INR
I need a complete set of development assets for a new hardware product and would like to bundle all tasks into one project.
First, I want a clean Bill of Materials that lists every resistor, capacitor, micro-controller, sensor, connector and cable I will use. Each line must include a verified manufacturer part number so I can hand the file straight to purchasing with no extra work.
Once the components are locked in, I need microcontroller firmware generated. Please write it to conventional industry standards—clarity, commenting and safe-coding rules (e.g. MISRA, CERT or equivalent) are essential because this code will be maintained by more than one engineer over its life-cycle.
I would also like the full, well-documented source code delivered alongside the firmware. Again, adherence to accepted industry conventions is non-negotiable; linting should pass without critical warnings.
Finally, create a lightweight remote monitoring app so that I can observe key runtime data from the hardware in real time. A minimal UI that shows live values, error flags and a basic log window is enough as a first step, as long as it reliably connects and displays the data.
Deliverables
• Consolidated BOM file with manufacturer part numbers
• Compiled microcontroller firmware image + buildable project
• Fully commented source code that meets industry coding standards
• Remote monitoring application with simple live dashboard
• Brief documentation: build instructions, flashing procedure, app user guide
I will test acceptance by building from source, flashing the MCU and confirming the app receives and displays data. If you have questions about preferred toolchains, protocol choices or component availability, let me know early so we can lock things down quickly.
First, I want a clean Bill of Materials that lists every resistor, capacitor, micro-controller, sensor, connector and cable I will use. Each line must include a verified manufacturer part number so I can hand the file straight to purchasing with no extra work.
Once the components are locked in, I need microcontroller firmware generated. Please write it to conventional industry standards—clarity, commenting and safe-coding rules (e.g. MISRA, CERT or equivalent) are essential because this code will be maintained by more than one engineer over its life-cycle.
I would also like the full, well-documented source code delivered alongside the firmware. Again, adherence to accepted industry conventions is non-negotiable; linting should pass without critical warnings.
Finally, create a lightweight remote monitoring app so that I can observe key runtime data from the hardware in real time. A minimal UI that shows live values, error flags and a basic log window is enough as a first step, as long as it reliably connects and displays the data.
Deliverables
• Consolidated BOM file with manufacturer part numbers
• Compiled microcontroller firmware image + buildable project
• Fully commented source code that meets industry coding standards
• Remote monitoring application with simple live dashboard
• Brief documentation: build instructions, flashing procedure, app user guide
I will test acceptance by building from source, flashing the MCU and confirming the app receives and displays data. If you have questions about preferred toolchains, protocol choices or component availability, let me know early so we can lock things down quickly.