GPS Tracker with automotive grade components

Design a GPS tracker with automotive grade components from Telit, uBlox and STM. I will provide the part numbers of the GPS module, GSM/GPRS module and the MCU. You will need to study the data sheets and design a GPS tracker. Given below are the specs: . 10 digital inputs . 10 analog inputs . 5 digital outputs . Operating voltage: 8V - 30V DC . Operating temperatures: -40C - +85C . Current consumption: 25mA when transmitting, 1mA when idle . Ability to put power-hungry modules to sleep (when dictated by server) to reduce power requirement . Support re-chargeable internal battery ranging from 800mAh - 2000mAh . Work on internal battery for 48hr (ideally 1wk) . Board should operate with and without internal battery, i.e., battery optional . Support for multiple battery charging chemistries suitable for operation under -40C to +85C . Multiple serial interfaces (5) for various peripherals such as camera, RFID, etc. . BOM should cost less than USD 60 . PCB size should be 110mm x 65mm or smaller . Use low profile through-hole components . Use automotive grade components (AEC Q200) . Should pass EMI/EMC compliance tests . Should pass vibration compliance tests . Internal GSM antenna . Internal GPS antenna . Ability to use external GSM antenna by placing a jumper somewhere. . Ability to use external GPS antenna by placing a jumper somewhere. DELIVERABLES: . Schematics . Gerber . 5 working boards with basic POST to prove HW works. We'll put RTOS and our own firmware later . IP owned by us