This module trains professionals to adapt buildings to withstand heat waves. Content includes building technology, simulation, and efficient operation. Target groups are students and professionals in architecture, civil engineering, and energy management. more

This work package focuses on the development of a home automation module and the conduct of a workshop where participants will learn how to build monitoring stations for heat stress.

In this work package, a Massive Open Online Course (MOOC) will be created, providing knowledge on the topics of climate change, heat stress, and protective measures. This course will be open to all interested individuals and aims to raise awareness.

In this work package, the monitoring stations will be built and installed in the designated facilities. These stations will monitor the room temperature, providing an early warning system for heat stress. more

The University of Luxembourg contributes to the development and sustainability of the warning application designed to inform vulnerable groups and caregivers to avoid thermal discomfort conditions. The mobile application processes real-world data collected on-site and, based on algorithms developed within the project, identifies potentially thermal discomfort conditions in real time. When critical thresholds are detected, the system generates alerts and suggests short- and long-term mitigation measures. more

In this work package, the system is implemented, applied, and continuously monitored in the St. Wendel district to review and optimize the effectiveness of heat stress adaptation measures. more

In this work package, a targeted awareness campaign will be conducted to strengthen the awareness of the risks of heat stress and the importance of adaptation measures in the Greater Region.