About Raqeeb:
Raqeeb HSE Monitoring Platform, previously known as Humidex, was developed to address the critical issue of heat stress among workers in Qatar's extreme climate, especially in the oil and gas sector and educational institutions. The project aims to enhance worker safety by providing real-time, location-specific monitoring of environmental conditions, thus enabling timely interventions.
Significance: In a country like Qatar, where high temperatures pose serious health risks, Raqeeb plays a vital role in safeguarding the welfare of workers and students. By addressing heat stress, the platform helps prevent heat-related incidents, thereby improving productivity and compliance with health and safety regulations.
Methodology: The platform integrates smart IoT devices that collect data on temperature, humidity, and other environmental parameters. This data is processed locally for immediate feedback through a digital flag system, which alerts workers to changing conditions. The information is transmitted securely to a cloud-based platform for further analysis, enabling AI-driven insights and predictive analytics.
Key Achievements: Raqeeb has successfully implemented monitoring systems across various sites, including multiple oil and gas companies and schools, resulting in significant reductions in heat-related incidents. The platform allows for comprehensive data management and reporting, enhancing decision-making for safety operations.
In summary, Raqeeb stands as an innovative solution that leverages technology to create safer work and learning environments, significantly impacting health and safety protocols in Qatar.
Scientific or Technical Area:
The discipline or field of study for the Raqeeb HSE Monitoring Platform primarily falls under Environmental Science and Artificial Intelligence, with significant applications in Occupational Health and Safety and IoT (Internet of Things) technologies.
Project Timeline:
Start date: 2019 – Ongoing
Main Objectives of the Project:
Objective 1: Implement real-time monitoring of environmental conditions to reduce heat-related incidents among workers and students by at least 30%.
Objective 2: Enhance data accuracy and decision-making in health and safety protocols by providing actionable insights through AI-driven analysis of environmental data within six months of implementation.
Objective 3: Establish partnerships with at least three additional organizations in diverse sectors (beyond oil and gas) to expand the application of the Raqeeb platform for health and safety monitoring.
Anticipated Impact and Relevance:
Raqeeb HSE Monitoring Platform significantly contributes to scientific advancement by integrating cutting-edge technologies such as IoT and Artificial Intelligence in the field of environmental monitoring and occupational health. By providing precise, real-time data on heat stress conditions, it advances the understanding of how environmental factors affect human health and productivity, fostering further research in this domain.
Addressing Societal and Environmental Needs:
This project directly addresses societal needs by enhancing worker safety in high-risk environments, particularly in Qatar’s extreme climate. By preventing heat-related illnesses, it ensures a healthier workforce, which is crucial for maintaining productivity and welfare. Furthermore, the platform’s adaptability for schools protects students, promoting their well-being during outdoor activities.
Supporting National Strategies
The Raqeeb platform aligns with Qatar Vision 2030 by advancing sustainable development goals. It enhances workplace safety, contributing to the nation’s commitment to health and safety standards. The project supports economic diversification by fostering innovation in technology sectors, moving away from traditional methods, and creating a knowledge-based economy.
Promoting Innovation and Youth-Led Research:
By leveraging innovative technologies, Raqeeb encourages a culture of research and development among young professionals and students in Qatar. It opens ways for youth-led initiatives in smart technologies and environmental science, promoting entrepreneurship and skill development. This platform serves as a practical case study for academic institutions, fostering collaboration between industry and academia, and inspiring the next generation of researchers and innovators.
Picture of the Prototype:
