ARM LCD Telemetry Board Design

I need a compact embedded board built around an ARM Cortex MCU that can capture serial data, process the GPS strings it receives, and present key values on a 10-inch LCD. The screen must clearly show latitude, longitude, speed, and timestamp in real time.

Here’s the scope I’m aiming for:
• Schematic and PCB layout ready for fabrication, including all power-supply regulation, LCD interface lines, and serial input.
• Basic firmware that parses the incoming NMEA (or equivalent) sentences and updates the display with the four parameters above. Code can be a clean prototype; I’ll handle any polishing.
• A brief BOM with readily available components in India (preferred distributors: Mouser, Digi-Key, or local equivalents).
• Simple test routine or video proof that the board boots, reads a mock serial feed, and renders the values on the LCD.

Feel free to recommend a specific ARM Cortex part—STM32, NXP LPC, or similar—as long as it has the RAM and display interface needed. I’m open to SPI-based or RGB LCD panels; just outline why your choice fits.

If you have prior work with GPS parsing, TFT drivers, or low-cost PCB stacks, please highlight it.