SmartSheetPile wins Tytan 2025 award in Poland
The ArcelorMittal Sheet Piling team is happy to announce that SmartSheetPile has been awarded the prestigious TYTAN 2025 Award in Poland in the Product&Technology category. The TYTAN Award, presented during Poland’s prestigious Geoengineering and Underground Construction Congress, recognizes excellence and innovation in engineering disciplines across Europe.
Following its nomination a few weeks ago, SmartSheetPile was officially awarded on 24 September during the 4th Geotechnical Engineering and Underground Construction Congress in Łódź, Poland. The SmartSheetPile solution received top recognition, securing 35.9% of the total points and 37.5% of the jury votes.
Michał Januszewski, Executive Sales Manager for ArcelorMittal Sheet Piling , attended the event and accepted the trophy on behalf of the entire Sheet Piling team. Congratulations to everyone involved!
He said: “It’s a great honour to accept the TYTAN 2025 award on behalf of the entire ArcelorMittal Sheet Piling team. SmartSheetPile represents our commitment to innovation and safety in geotechnical engineering, and this recognition is a testament to the hard work and dedication of everyone involved. We’re proud to contribute to the future of smarter, more resilient infrastructure.”
SmartSheetPile is a cutting-edge Structural Health Monitoring solution designed to enhance the safety, resilience, and sustainability of steel sheet pile infrastructures such as ports, dykes, and bridges. By integrating embedded sensors, real-time data transmission, digital twin modelling, and advanced AI analytics, SmartSheetPile enables continuous monitoring of critical parameters including impacts, corrosion, structure integrity, deformation, and strain. Its predictive maintenance capabilities and early-warning alerts help prevent catastrophic failures, reduce downtime, and optimize asset performance.
SmartSheetPile offers five key benefits: securing assets through early detection of potential issues, minimizing costly downtime through predictive maintenance, optimizing maintenance schedules based on actual conditions rather than periodic inspections, revealing hidden structural capacities, and enabling digital transformation of infrastructure management.
03 Juni 2025