This list will be frequently updated whenever we received inputs from the Universities that have collaborated with Favoriot:

USIM

1. The Design of an IoT-based Smart Home Using FAVORIOT platform

Taylor’s University

1. An IoT-based Air Conditioner Monitoring System

University of Glasgow Singapore

1. Smart IoT Waste Management
2. IoT-based Smart Shower Device
3. Security for Industry 4.0

UTHM

1. Go!AQUA – Smart Water Levelling System
2. Development of IoT home base Indoor Air Quality Monitor
3. Wireless Vibration Sensor
4. Automatic Fire Alarm System
5. IoT Remote Health Monitoring Vital Sign
6. Monitoring Water Leakage System
7. IoT Based Weather Station By Using Raspberry Pi 3
8. Electronic Food Cover
9. Water Level Monitoring System
10. Smart Vase: Automation Gardening System Using Internet of Things (IoT)
11. Home-Base Security System
12. Metering water smart system with IOT
13. Flood Monitoring & Detection System Using Internet of Thing (IoT)
14. IoT-based Heart Rhythm Monitoring
15. Smart Bracelet for Elderly People: Fall Detection, GPS Tracker, and Medicine Reminder

UTM

1. IoT-Based Home Energy Management System
2. IoT Based Smart Vehicle Monitoring And Analysis System
3. IoT Based Office Monitoring And Automation System
4. Intelligent Water-Saving Irrigation System In Wireless Sensor Network
5. IoT In Courier Service (Route Tracking)
6. A Study And Analysis Of Climate Impact On Stingless Bee (Trigona Itama) Through Internet Of Things (IoT) Application
7. IoT Road Surveillance
8. Wheel Balancing Robot For Edutainment

UNITEN

1. SMART2L System (Smart Water Level and Leakage Detection System)

UPM

1. Wireless Diagnostic Tool and Data Analysis for Car
2. Pocket Size Halal Sensor Based on Dielectric Spectroscopy
3. Environmental Monitoring using Optical Sensor with IoT Adaptation
4. Remote Optical Sensor for Ammonia Detection in Water
5. Robust Vision-Based Human Detection in a Dynamically Varying Environment
6. Optical Flow Tracking for Real-time Object Detection System
7. Mosquito GO: Automated Mobile Crowdsourcing Platform for Dengue and Zika Hotspots Locator
8. Indoor Smart Management System for Agriculture

UniMAP

1. Temperature and vibration monitoring system for smart manufacturing application
2. Smart Bin Waste Management System

UTeM

1. LPG Leakage Detection System Using IoT

YES! I am interested to share my project description/update using Favoriot. Fill-in the form below. (Note: Please do not disclose anything confidential)

This project is about the monitoring system for the Smart Bin in UniMAP, by implementing the Internet of Thing (IoT) and monitoring using the Favoriot platform. The user can monitor the data at any time and anywhere by accessing the system itself to know the condition of the Smart Bin. By having this monitoring system features, the Waste Management workers do not have to go to the Smart Bin itself to know the condition of the bin. The monitoring can be done through the system, or wait for any notification that sent from the system.

This project will involve software and hardware part. For hardware part, micro-controller and a sensor network consisting of Ultrasonic sensor to detect the level and also the Ammonia gas sensor with buzzer alarm to notify the user if they throw the odor waste inside the bin. While software part, the code will be written specifically for the selected microcontroller. This waste management system consists of two main elements which are the level detection of the smart bin and the odor detection with buzzer alarm.

[Note: This project is being developed by UniMAP, our FAVORIOT’s University’s collaborator. Article was written by Dr. Azremi Abdullah Al-Hadi]

Generally, this project is about the temperature and vibration monitoring system by implementing the Internet of Thing (IoT) and monitoring using the ThingSpeak and Favoriot platform. This project is to create base on the needs of upgrades in the UniMAP’s manufacturing lab. The data that is monitored by the system will allow the user to know the real-time condition of the manufacturing application. In which, having this monitoring system, the person in charge does no longer need to go to the manufacturing application for monitoring, instead they can monitor the application from far at anytime anyplace.

This project will involve software and hardware part. There will be a feedback system, which is a prototypes engine and a buzzer. In which the prototype’s engine will act like the manufacturing application and the buzzer sound when the temperature reaches a certain fixed temperature.

[Note: This project is being developed by UniMAP, our FAVORIOT’s University’s collaborator. Article was written by Dr. Azremi Abdullah Al-Hadi]