Project 1: Automated Power Window Operation Using ECU Integration

Description: The Power Window Control System using an ECU automates the opening and closing of vehicle windows through electric motors, with the ECU serving as the central controller for the system. It receives input from window switches, processes the signals, and directs the electric motors to move the windows accordingly.

Key Components: Electronic Control Unit (ECU),Window Switches, Window Motors, Window Regulators, Anti-Pinch Sensors (Obstruction Detection) ,Window Motor Driver Circuit (e.g., H-Bridge),Wiring Harnesses and Connectors, Fuses and Circuit Breakers, Master Switch (Driver’s Door Control),Child Lock/Window Lock Mechanism, Power Supply (Battery and Alternator),Relay (for motor power supply control),Diagnostic Interface (OBD-II or other diagnostic tools), Remote Control/Key Fob (for advanced systems),Temperature or Current Sensors (for overload protection)

Project 2: Smart Windscreen Wiper System (Rain Detection)

Description: Create a system that automatically adjusts the speed of the windscreen wipers based on rainfall intensity. Use a rain sensor to detect the amount of water on the windscreen and modify the wiper speed accordingly.

Key Components: Rain sensor for detecting water presence, Microcontroller (e.g., Arduino or Raspberry Pi), Wiper motor control system, Display or LED indicators for system status

Project 3: Advanced Cruise Control System Using Adaptive Control Techniques

Description: Implement an adaptive cruise control system that adjusts the vehicle's speed based on real-time traffic conditions, using sensors to detect the distance and relative speed of surrounding vehicles.

Key Components: Radar or ultrasonic sensors, CAN bus communication, microcontroller (e.g., STM32 or ARM Cortex), servo motors (for throttle control), and PID/Model Predictive Control (MPC) algorithm.

Project 4: Hardware in Loop experiments.

Description: Development of Digital twin of the existing hardware in the lab and establish the HIL work flow.

Key components: Speedgoat Hardware, Experimental setup available at the controls lab.

WILP - Control systems,IC Engines, RSM,Hyderabad

Station Overview

Project 1

WILP - Control systems, IC Engines, RSM , Hyderabad

Project 2

Details awaited