Services

Our cross-disciplinary knowledge and the effective integration of expertise are our strengths

What we can do

Design

A fully integrated and cross-disciplinary approach

Integrated design
Development of multi-disciplinary solutions throughout the whole project life-cycle: Technical-Economic Feasibility Plan; final, executive and building design.

Seismic retrofitting and energetic adaptation
Improvement of the structural and energy performance of buildings, compliant with current regulations.

Design management & control
Coordination, verification and validation of design to ensure quality and full compliance with regulatory requirements.

BIM and digitalization
Implementation of advanced technologies to create digital models and integrate project information.

Sustainability and innovation
Integration of sustainable and innovative solutions to ensure efficiency and reduction of environmental impact.

Multi-level design
Actions at all levels: from infrastructures to buildings, from masterplans to construction details.

Work Management

Technical supervision and construction sites safety

Technical project management
Technical supervision of the construction site to ensure compliance with projects and regulatory requirements.

Digital management
Creation of as-built BIM models in the construction phases through planned laser scanner data acquisitions.

Cost control
Cost monitoring and optimization, during the whole building phase.

Operational Planning
Definition and management of the building schedule to meet deadlines and objectives.

Quality and Safety
Tight controls to ensure quality of work and safety of the construction site.

Construction site automation
Use of robotic solutions for high-risk building phases to ensure operators' safety

Modeling and Analysis

Advanced digitalization and structural analysis

Digital and information models
Development of BIM models and Digital Twins to provide integrated information management for the entire life cycle, from design to maintenance.

Advanced Structural Models
Creation of finite element models (FEM) for linear, nonlinear and multiscale analysis of structures with different materials such as reinforced concrete, masonry and steel, ensuring a correct prediction of the specific behavior and damage modes.

Innovative Calculation Techniques
Application of advanced tools such as OpenSees, integration of hybrid models and artificial neural networks (ANN) to simulate the behavior of structures in the damage phases, specifically for reinforced concrete, under different types of action such as seismic. These techniques are also used to model degraded structures and predict their performance.

Regulatory Compliance Verification
Detailed post-processing to check results, ensure compliance with national (NTC 2018) and international (Eurocodes, American and English standards) regulations and provide maximum reliability and precision.

Research & Innovation

Research and Testing

Hybrid predictive models (Physics + AI)
Development of advanced computational models that combine physical-mechanical approaches with artificial intelligence algorithms (ANN) to predict structural behavior in critical conditions.

Digitalization of actual buildings and Digital Twins
Creation of advanced BIM models and adaptive Digital Twins, with real-time update through the integration of distributed sensors data.

Testing on both scale models and real structures
Experimental validation through tests on scaled physical models and monitoring of existing structures, with the use of advanced measurement systems such as photogrammetric technologies, laser vibrometry.
sensori IoT e tecniche di imaging multispettrale.

Structural monitoring and predictive diagnostics
Implementation of wireless sensor networks and IoT systems for real-time monitoring of structural degradation, with machine learning-based analysis and automatic identification of anomalies.

Sustainability and reduction of environmental impact
Application of Life Cycle Assessment (LCA) and study of innovative materials to optimize the ecological footprint of buildings, with a focus on low-carbon solutions and circular economy strategies.