Build and maintain for the future
Safe and functional habitats are essential for the wellbeing and development of human communities. However, current building practices put pressure on energy and material resources, and create waste. Profound changes are therefore expected in the future of construction. The iTEC institute addresses these challenges, using today’s most advanced techniques and methods to contribute to the built environment of tomorrow.
The iTEC focuses on the built environment at all levels: construction materials, single structural elements, and the development of complete structures. It focuses on the development of methods, technological procedures and products in the field of civil and environmental engineering.
By providing services, contributing to construction and environmental standards, developing new tools, and hosting advanced training courses, the iTEC enables the transfer of scientific knowledge to the construction industry, and the conversion of research into practice. iTEC’s application-oriented research makes it a preferred partner of innovative companies and public services.
The iTEC specializes in conceptual design, physical and digital modeling, advanced design and evaluation methods, diagnostics, and the improvement of existing structures and schemes.
Analyzing small- and large-scale mechanical, physical and chemical behavior in the lab as well as in-situ is one of iTEC’s core competences.
iTEC’s researchers are highly qualified specialists with particular expertise in the following areas:
- Experimental techniques at small and large scales, using state-of-the-art laboratory infrastructure that is often unique in Switzerland and even in Europe
- Modeling of physical phenomena
- Digital tools for advanced analysis and simulation
- Monitoring and surveying techniques
- Advanced signal processing and data treatment
- Sophisticated evaluation and optimization methods
- Strengthening techniques
- Damage assessment
As a member of the Smart Living Lab, the iTEC contributes to the development of new building and construction technology, and so to the creation of the habitats of tomorrow.
- Structural behavior of materials and construction elements (both new and existing)
- Design and development, characterization and evaluation, modeling and testing, soil-structure interactions, and assessment of building vulnerability to natural hazards, including seismic assessment
- Mechanical behavior of soils and rocks
- Design, modeling and testing of geotechnical and underground works, including analysis of ground-structure interactions and assessment of the natural hazards related to geomaterials
Soil and Water
- Soil characterization, management and protection, water course revitalization, water treatment and management, urban and environmental hydraulics, hydraulic structures, and assessment of water-related natural hazards
Transport and Mobility
- Transport engineering, new technologies in transport and mobility, analysis of mobility indicators and behavior, dimensioning of infrastructure, study of transportation-land surface interactions