Overview

The initiative characterises and quantifies environmental risks in built environments in arid regions. It assesses the feasibility and impacts of sustainable mitigation and adaptation solutions to improve indoor air quality and enhance urban cooling. The initiative delivers impact through the development of sustainable human-centred technology solutions to enhance indoor environmental quality, wellbeing and resilience.

Projects

The project provides an improved and systematic characterisation of indoor air quality across a range of building types with commonly deployed air handling systems. It aims to deliver knowledge and research-based evidence to help national stakeholders establish guidelines and standards for indoor air quality for selected microenvironments in Qatar. It also supports the development of technology solutions to improve indoor air quality. In collaboration with partners and stakeholders, the project also aims to characterise and quantify exposure to air pollution across the continuum of indoor and outdoor environments and determine the effect of dust and air pollution on selected groups of population through dedicated exposure studies.

This project aims to develop a data-driven, real-time HVAC management platform focusing on improving thermal energy performance and indoor environmental quality (IEQ). The platform utilizes advanced sensing technologies to monitor indoor environmental conditions such as temperature, relative humidity, and indoor pollutants, by incorporating predictive analytics to dynamically adjust HVAC operations. Environmental data, such as outdoor weather forecasts, will be integrated into the system to optimize energy use, improve occupant comfort, and ensure acceptable indoor air quality. The system will utilize AI-driven automation to enhance operational efficiency while maintaining data privacy and security.

This project focuses on understanding and addressing the impacts of climate change in Qatar and the Arabian Peninsula. It combines climate data analysis, high-resolution regional modeling, and future climate projections to assess risks such as extreme heat, changing precipitation, and rising sea levels. The research also explores urban-scale solutions, including heat mitigation strategies like green infrastructure and cool materials, to enhance outdoor comfort and reduce energy consumption. The finding provide actionable insights for policymakers and urban planners, supporting Qatar’s sustainability goals and climate resilience under the country’s 2030 vision.

This project advances solar radiation research and applications in Qatar by integrating data analysis and forecasting to support sustainable development. Through an extensive network of solar monitoring stations and advanced measurement facilities, we analyse solar radiation patterns and atmospheric parameters, assessing their impact on energy, climate, and urban planning. The outcomes of this research include the development of precise solar forecasting models, a detailed solar cadaster for urban planners, and an accessible web portal for data dissemination. Additionally, our work supports agriculture and environmental research, contributing to informed decision-making for a more resilient and sustainable Qatar.