Wireless Arm-based Automatic Meter Reading & Control System (WAMRCS) is a model built using hardware components to overwhelm conventional meter reading challenges. The utilization of electricity is noted on the energy meter and the readings will be increased based on the uses.

An appointed employee is responsible to mention the utility usages on a paper, the manual written copy of the reading may contain human errors.

Even it was complex for the employee to identify the unauthorize connections with energy meter. To solve the above mention problems, WAMRCS is propose and develop to automatically measure the energy meter reading and update with corresponding user.

Wireless Arm-based Automatic Meter Reading & Control System (WAMRCS) Energy meter is an electronic device that is design to measure the use amount of electricity. The measure amount from the energy meter is transmit to utility control center for billing purposes. The bill amount will sent to user mobile via SMS and if the bill is not settle within the deadline, then the energy meter reading will disconnect.

Significant Hardware Requirements

• LPC 2148 Microcontroller
• Liquid Crystal Display
• Global System for Mobile communication Modem
• Energy Meter
• Battery

Here are some advance titles for students to choose one of the best among the available topics,

• Development of a pillbox with assistive programmable
• ARM based waste monitoring system integrated with internet of things
• Autonomous detection of rain and operate wiper in a vehicle
• A novel real – time weather monitoring system and reporting the changes to a mobile phone
• An intelligent voice announcement system in hospitals to provide timely care for out – patient
• Identification of gas leakages in the industrial environment and alarm in case of emergency
• A scrolling text display controlled using android mobile phone
• GSM technology based health monitoring system of a transformer
• Design and implementation of a landmine detection using metal detectors
• Monitoring and providing immediate services on abnormal blood pressure readings
• A ECG monitoring system guided with remote patient monitoring system
• An indoor patient tracking system to identify the room in which they are present
• A body sensor network based health monitoring system integrated with internet of things

Recent topics in arm based projects here,

• Development of a smart home environment along with the wireless ZigBee based communication
• Spoof detection over the submitted fingerprint, face and iris
• Design and implementation of smart city by management the waste water
• Identification of movement of animal present in the seeded farming areas
• A human fall detection using the designed wearable sensor based device
• Measurement of quality of air to identify the amount of polluted air present in the environment
• An advanced real – time infant monitoring system with cry detection
• Development of a surveillance system to monitor the health condition of the cattle
• An intelligent solider location tracking and also health monitoring system assisted with the environment of internet of things
• An end–to–end remote patient monitoring in the healthcare environment also with the ZigBee wireless technology
• A novel weather monitoring system with UAV also based Cyber–Physical framework
• Design and implementation of a women safety system
• An autonomous street light control system also for optimizing energy consumption
• Development of a hybrid energy system in internet of things also with ESP8266
• Harmful gas monitoring system developed also using radio frequency based controlling