Project Abstract

Motivation and backgroundAn expanding number of businesses, including healthcare, food, logistics, and pharmaceuticals, need precise and real-time temperature monitoring. This need is what motivated the Temperature Monitoring IoT Project. IoT-based solutions are crucial for preserving product quality, safety, and regulatory compliance because traditional approaches are constrained in their scale and efficiency. Through the use of IoT technology, the project seeks to enable remote control, predictive maintenance, and continuous monitoring in order to address these issues.To proposition of this researchThe project aims to develop a sophisticated temperature monitoring system that integrates hardware sensors, IoT devices, and software applications. It combines advanced algorithms for anomaly detection and predictive maintenance with a user-centric design philosophy. The goal is to ensure regulatory compliance, scalability, and accuracy while transforming temperature monitoring procedures while adhering to quality and safety regulations.Method employChoosing and integrating dependable sensors, microcontrollers, and networking infrastructure are all part of the interdisciplinary methodology used in this study. The design is centered on building a centralized IoT platform for gathering, processing, and displaying data. Furthermore, machine learning techniques for anomaly detection and predictive maintenance are incorporated into the project, guaranteeing proactive system improvement and intervention.Main findingsAmong the project’s major discoveries are the effective integration of physical sensors with Internet of Things devices, the creation of trustworthy communication protocols, and the use of predictive maintenance algorithms. The information gathered shows how IoT technology may enhance temperature monitoring across businesses in terms of precision, effectiveness, and regulatory compliance.ConclusionIn conclusion, the IoT project for temperature monitoring provides a thorough answer to the problems with conventional temperature monitoring techniques. Through the utilization of IoT technology, the project offers real-time insights, predictive capabilities, and remote control features, opening doors for improved operational excellence, regulatory compliance, and product quality.

Keywords: IOT Temperature control, Internet of things temperature management, Real time temperature monitoring

 Conference Details

Session: Presentation Stream 10 at Presentation Slot 6

Location: CoFo 002 at Tuesday 7th 13:30 – 17:00

Markers: Randell Gaya, George Brooks (GTA)

Course: MSc Advanced Computer Science, Masters PG

Future Plans: I’m looking for work