Smart Street Lighting Developing a Smarter Control Mechanism with IoT Monitoring is a significant project topic for efficient utilization of electricity. A smart city is built by energy efficient usages of electricity by the design of smart street lighting system. The conventional manual controlling of street lights was not flexible and also its leads to the higher power wastages. Every public street lights are controlled manually and in some cases they increase the power consumption if the street light is ON for the whole day.

The main aim of the development of this smart street light is to minimize the power consumption by autonomous control mechanisms.

All the Smart Street Lighting Developing a Smarter Control Mechanism with IoT Monitoring are wirelessly connected and hence they are remotely controlled. The sensors are responsible in detecting the movement of vehicles, based on which the street lights are powered ON. The street lights are in OFF state if there is no movement is detected, for modeling this IoT based smart street lights; we use the following hardware devices.

Needed Components for Constructing Smart Street Light

• Raspberry Pi
• Sensor
• Relay
• Internet connectivity

Many more topics involved in the embedded systems are list below,

• Raspberry Pi based autonomous blood bank management system
• Design and implementation of advanced electronic walking stick to support physically disabled person
• Development of underwater rover control also using remote using Raspberry Pi
• Microcontroller based intelligent classroom control system
• Using Wireless ZigBee technology also for economical greenhouse monitoring system using smart sensors
• An autonomous irrigation system develop also for crop monitoring system using sensors
• Design and implementation of heart rate monitoring system
• Web camera based detecting and also scanning bar codes using raspberry pi
• Combination of RFID with GSM technology also for vehicle identification system
• Using MQTT protocol for modelling a smart irrigation system also with sensors
• Arduino microcontroller based autonomous vehicle parking system integrate also with internet of things
• A real – time blood pressure monitoring system develop also with the assistance of GSM technology

Finest project topics in embedded,

• An advanced accident detection system and also alarming for immediate emergency providence
• Arduino microcontroller based plant watering system for intelligent gardening
• An autonomous wheelchair designed with sensors and microcontroller to sophisticate physically disabled person
• An intelligent disaster detection and management system developed for alerting people around the location
• Using sensors for the detection of faults in the underground cables
• Integration of wireless body area network with internet of things for autonomous healthcare monitoring
• An intelligent solar powered wireless sensor network also in monitoring agricultural field
• Design and implementation of a smart home environment also by estimating the air quality
• Development of a smart shopping system also for efficient shopping
• Designing an urban surveillance system also with IoT for object detection
• An advanced wearable gadget also for children safety during travelling in school vehicle