NEW 09.12.2025 Transport Technologies AIT Researcher James Page Wins EREA Best Paper Award 2025 Recognition for excellent research on aerodynamics and icing – outcome of the Clean Sky 2 project IMPACT 5180 Characters 1 Image
NEW 26.11.2025 Transport Technologies DATA BRATA: A digital sensory system for production How the LKR Leichtmetallkompetenzzentrum Ranshofen is using a mobile data and AI platform to make quality visible early on and processes measurably efficient 5940 Characters 1 Image
NEW 19.11.2025 Transport Technologies AIT project RecAL wins ÖGUT Environmental Award 2025 European pioneer in sustainable aluminium recycling: The EU project RecAL, led by the LKR Leichtmetallkompetenzzentrum Ranshofen, sets new standards for circular economy and resource efficiency. 6925 Characters 1 Image
NEW 11.11.2025 Transport Technologies Digi4Circular: European research project strengthens circular economy in the automotive industry LKR Leichtmetallkompetenzzentrum Ranshofen develops highly recyclable aluminium alloys for sustainable vehicle structures 5074 Characters 3 Images
NEW 06.11.2025 Transport Technologies Grete Rehor Award 2025 for AIT expert Anna Huditz Honoured in the category ‘STEM and Digitalisation’ for outstanding achievements in infrastructure and transport management and her commitment as a role model for women in technology and research 3427 Characters 3 Images
NEW 22.10.2025 Transport Technologies Innovative monitoring and assessment methods for sustainably extending bridge service life In the NINA project, AIT is working with partners to research new methods for diagnosing, assessing and conducting life cycle assessments of prestressed concrete bridges Due to its topography, Austria has a dense network of bridge structures. Many of these structures have now been in operation for several decades and will reach the end of their normal service life in the next twenty years. At the same time, traffic volumes are increasing, and with them the number of load cycles to be endured. Prestressed concrete bridges are particularly affected: the tendons inside the concrete are susceptible to corrosion, cannot be inspected visually and therefore pose a safety risk. The challenge is twofold: on the one hand, existing structures must remain reliably usable for much longer, and on the other hand, sustainability issues are becoming increasingly important in bridge construction. The use of recycled concrete and clinker-reduced cements is considered promising, but has not yet been comprehensively investigated. This makes new diagnostic tools, prediction models and sustainability assessments indispensable. 4569 Characters 3 Images
NEW 16.10.2025 Transport Technologies EU project MITHOS: AIT develops innovative AI solutions for the management of multimodal transport infrastructures The European research project MITHOS was launched in September with a kick-off event in San Sebastián, Spain. The high-profile consortium brings together 14 partner organisations from seven European countries and is working to develop an innovative, AI-supported decision support system for monitoring, redesigning and maintaining multimodal transport infrastructures. The aim is to manage roads, railways, cycle paths and ports more efficiently, safely and sustainably. 4005 Characters 4 Images
NEW 02.10.2025 Transport Technologies SARA: Safe cycling at any age AIT Austrian Institute of Technology researches cycling skills for better road safety The number of cycling accidents in Austria has increased significantly over the past ten years. Particularly striking is the rise in single-vehicle accidents, the causes of which are manifold – from lack of riding experience to distraction and inadequate infrastructure. To counteract these developments, the SARA research project – Safe Cycling at Any Age – is systematically investigating cycling skills in Austria for the first time. The aim of the project is to collect reliable data and use it to develop specific recommendations for training, awareness-raising and infrastructure. 4091 Characters 3 Images
NEW 03.09.2025 Transport Technologies HighMag: Magnesium batteries as a key technology for a sustainable energy future The EU-funded HighMag research project, led by the AIT Austrian Institute of Technology, is launching a Europe-wide initiative to develop a new generation of magnesium-based batteries. The aim is to create powerful, sustainable, and cost-effective alternatives to lithium-ion batteries for mobility and energy storage applications. 5183 Characters 2 Images
NEW 12.08.2025 Transport Technologies InfraRad – Efficient assessment of forgiving cycling infrastructure With the recently launched InfraRad project, the AIT Austrian Institute of Technology and ITS Vienna Region are developing a new method for efficiently, objectively, and comparably assessing cycling infrastructure in Austria – as a basis for safe, continuous, and user-friendly cycling facilities of the future. 4078 Characters 3 Images