A New Era in Advanced Composite Reliability and Software Solutions

We Understand Composites
The research Group on Composite Materials at the DTG - University of Padova (Italy) gave birth to RESCOMP Engineering, an innovative spin-off dedicated to enhancing the reliability and safe use of advanced mechanical components and structures. The over two decades of groundbreaking research led by the Composite Group make RESCOMP a game-changer in the composites sector.


Our Tools
Rescomp Engineering is committed to addressing industry challenges by offering two cutting-edge tools.
1.
Advanced Design
Software Suite
2.
Structural Health Monitoring (SHM) System
The tools are available individually. By integrating them, RESCOMP Engineering delivers a unified strategy to optimize composite component performance during design and ensure real-time monitoring in-service. This approach boosts safety, reliability, and cost-effectiveness, while significantly reducing environmental impact.



The future is built on experience
RESCOMP is a young company, but it stands on solid foundations: the extensive experience of its founders in engineering, ICT, and advanced technical consulting. A blend of expertise, strategic vision, and reliability drives every project — from initial analysis to full implementation. Discover the people who make RESCOMP a trusted partner.

In over 20 years of academic activities, we specialized in testing, modeling, and monitoring composite materials, with a particular focus on their mechanical behavior, fatigue resistance, and damage mechanics. With over 400 scientific publications and leadership roles in key industry collaborations, our team is at the forefront of developing innovative design tools and predictive methodologies that are directly applicable to real-world engineering challenges. We also have a strong track record in managing large-scale, international research projects and have worked with some of the most recognized companies in the automotive, aerospace, and energy sectors. Our shared goal is to translate cutting-edge research into practical, high-performance solutions for the development of advanced and reliable structures.