In the aerospace sector, we support companies, system integrators, research centres and industrial organizations involved in the development of complex systems for aviation, space, satellites, drones and new forms of air mobility.

We work in a rapidly evolving context, where interest in space is growing, the number of satellites in low Earth orbit is increasing, autonomous aircraft are becoming more widespread, and the demand for more efficient, safe and sustainable solutions is rising. In this scenario, faster development timelines, strict requirements and rigorous certification standards make quality, traceability, verification and validation central elements.

We support customers throughout the development cycle: from feasibility studies to design, from testing to compliance management. We integrate expertise in Model-Based Design, Model-Based Systems Engineering, simulation, embedded software, HMI interfaces and test systems to support the design and validation of highly complex aerospace applications.

Through our Aerospace Systems solutions, we support the modelling, prototyping and testing of aerospace systems, applying structured methods to reduce complexity and development time across the design, development and validation phases. We develop and verify software for micro and nanosatellites, onboard systems and air traffic analysis applications, also through advanced simulation models and auto-generated code.

We also design graphical interfaces and digital prototypes, integrating user experience expertise to make interaction with complex systems clearer. Our approach combines engineering rigour, attention to standards and the ability to transfer expertise gained in adjacent sectors to aerospace applications, where reliability, safety and integration are decisive.

Advanced Technologies for Complex Systems

Teoresi develops innovative solutions for complex systems in the aerospace and defence sectors. We work on advanced technologies that integrate cybersecurity, flight dynamics simulation and control, digital twins, computer vision, quantum computing and sensor fusion. 

The hub’s activities focus on highly complex environments where reliability, security and analytical capabilities are essential. We support the development of systems that can interpret data, recognize objects, respond to emergency situations, simulate operational scenarios and improve situational awareness.