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VENTO Project - Active Vacuum Venting System for Non-Sealed MouldingThe VENTO Project, led by a team of researchers at the University of Malta, presents a novel manufacturing technology, currently progressing through a patenting process, that makes plastic injection moulding more sustainable and efficient. By reducing waste, energy use and production time while improving product quality, it offers a practical, industry-ready solution that supports more environmentally responsible manufacturing.

Dawl AI Lab - Department of AI, University of MaltaAI for Litter Detection and Assisted Retrieval in MaltaThe University of Malta’s Dawl AI Lab is developing AI-based systems to detect, map and eventually retrieve environmental waste from areas that are difficult to monitor from the ground. Using drones, computer vision and robotics, the programme has been conducted using real Maltese data in collaboration with the Cleansing and Maintenance Division. It aims to support more effective waste monitoring and collection while advancing research in repair, automation and environmental waste management.

Prof. Charles Galdies and Prof. JoAnn Cassar, University of MaltaUrbanClimateUrbanClimate is an innovative project, led by Prof. JoAnn Cassar and by Prof. Charles Galdies within the University of Malta, that uses climate science, drone, and satellite technology to investigate how heat is distributed at street, building and roof scale in Birgu and Bormla. Through scientific data and local citizens input, the project aims to convert knowledge into practical and heritage-sensitive adaptation guidance, designed to protect cultural significance, reduce avoidable heat exposure, prevent maladaptation, address high temperatures sustainably, and identify priority streets and public spaces for monitoring and pilot interventions.