Automotive Sensor Data MCU Design
Budget: ₹1,500 – ₹12,500 INR
I’m developing a microcontroller-based embedded system that will sit inside a vehicle and act as the central hub for sensor integration and data acquisition. The core of the job is full-cycle design and development: selecting the right MCU family, creating the schematic and PCB layout, writing the firmware, and validating that the board reliably collects, timestamps, and streams data from multiple automotive-grade sensors.
Hands-on experience in both embedded C/C++ and practical electrical or automotive environments is essential because the design must stand up to temperature, vibration, and EMI constraints found in vehicles. Familiarity with CAN, LIN, or similar in-vehicle networks is a plus; the final board will need to forward selected sensor packets to the main ECU.
Deliverables
• Complete hardware design files (schematic, PCB, BOM).
• Well-documented firmware that boots the MCU, initializes all peripherals, and publishes sensor data over a chosen bus or UART test port.
• A brief verification report showing stable operation across at least two temperature points and successful data capture from all target sensors.
I’ll provide detailed sensor specifications, available power rails, and enclosure dimensions after kickoff. If you can turn concept into a tested board and code that I can drop straight into the vehicle harness, let’s get started.
Hands-on experience in both embedded C/C++ and practical electrical or automotive environments is essential because the design must stand up to temperature, vibration, and EMI constraints found in vehicles. Familiarity with CAN, LIN, or similar in-vehicle networks is a plus; the final board will need to forward selected sensor packets to the main ECU.
Deliverables
• Complete hardware design files (schematic, PCB, BOM).
• Well-documented firmware that boots the MCU, initializes all peripherals, and publishes sensor data over a chosen bus or UART test port.
• A brief verification report showing stable operation across at least two temperature points and successful data capture from all target sensors.
I’ll provide detailed sensor specifications, available power rails, and enclosure dimensions after kickoff. If you can turn concept into a tested board and code that I can drop straight into the vehicle harness, let’s get started.