Design and Implementation of Child Safety Wearable Device is develop for the purpose of securing children. Every parent is terrify to send their kid to schools locate at longer distances due to the behavior of unexpect strangers.

Smart gadgets are being one of the most invited devices that are voluntarily used by young children.

In recent days, Engineering students have taken a step ahead to save children and ensure parents/ guardians that their child is safer. Hereby we have depicted the reason for designing wearable device and the components used to develop this device.

Why Child Safety-Wearable Device?

• Identify the missed child in crowded area
• Locate current location of child
• Track the child’s bus route
• Check if any fluctuation in the child’s environmental temperature
• Portable and convenient
• Alert parents if any abnormality detected

What is Required to Design-Child-Safety-Wearable Device?

• LM35 (Temperature)
• SOS light
• NEO6MV2 (GPS Module)
• ATmega238P (Arduino Microcontroller)
• Sim900A (GSM/GPRS Modem)
• RS232 (Serial Data Communication Interface)
• Buzzer

In this Design and Implementation of Child Safety Wearable Device is a popular project where upcoming wireless technologies are applied and tested.

Many more ideas are available in our embedded system, among those a sample of trending topics are illustrate below,

• Development of a solar tracking system also that actively involves in power generation
• A new embedded system design also for water level controlling
• An advanced air quality monitoring system to predict the amount of pollute air exist in the environment
• A novel energy saving embedded system design also using ZigBee wireless technology
• Detection of automobile exhaust gases also using ZigBee technology that monitors pollution
• Developing control mechanisms also for efficient power reduction is design over the smart home environments
• Biometric based security system develop also for healthcare monitoring system
• A novel ZigBee based temperature and also blood pressure monitoring system using wireless communication technology
• Designing a smart wheelchair for physically disable persons also with the assistance of microcontroller
• Designing a wearable gadgets also for monitoring health of patients remotely

Design and implementation of safety precaution topics,

• A healthcare monitoring system also that measures heartbeat of multiple persons
• Detection of pedestrian fall system also using microcontroller
• Radio Frequency Identification technology based patient monitoring system is develop also in wireless communication
• Using Arduino microcontroller also for designing an autonomous street light controlling system
• An autonomous home system that is develop also using Arduino microcontroller and android mobile phone
• Development of street lights also using Arduino microcontroller along with solar power generation system
• An Arduino based light-free mapping system also design on ultrasonic radar system
• A new fingerprint support locking system also that provides shared access
• A Bluetooth wireless technology control home automation system
• A novel detection of thigh movement also using multi sensor system is designed in embedded system
• Monitoring the level of glucose also for ambient assistance system
• Development of a wearable device also for ensuring child safety system
• Detecting the natural disaster of flood also to alert the nearby people
• An intelligent system develop which is enable also to recognize two hand gesture