That’s the goal behind Ecomovil’23, an R&D project developed in collaboration with CT Engineering, UNVI Carroceros, Endurance, and ADN. It is part of PERTE-VEC, a strategic initiative supported by the Spanish Government to accelerate the digital and ecological transformation of the automotive sector and adapt it to the new mobility ecosystem.
The project focuses on a type of vehicle that is playing an increasingly important role in cities: light, fully electric, and connected vehicles for urban passenger transport. Ecomovil’23 aims to develop technologies that enhance operational efficiency, improve safety, and enable smarter maintenance—all powered by advanced data analytics.
As the technological lead, CT Engineering has spearheaded the design of an architecture capable of collecting and processing large volumes of data generated by sensors installed throughout the vehicle. This real-world data, combined with synthetic data generated via graphics engines, is used to create digital twins of key mechanical components—batteries, electric motors, tires, braking systems, climate control, and more. These virtual models allow for real-time monitoring of vehicle condition and the use of predictive maintenance techniques to anticipate potential failures. The result: increased reliability, reduced downtime, and optimized resource and energy usage.
One of the most innovative aspects of the project is its focus on the driver. Using specialized sensors and algorithms, the team is developing technology that can assess the physical and cognitive state of the driver in real time, detecting signs of fatigue, stress, or distraction.
This type of insight is key to enhancing safety and adapting the vehicle’s behavior to the user. In addition, the project includes the development of cognitive training programs to help drivers better manage high-pressure or mentally demanding situations—common in congested urban environments.
Ecomovil’23 is a clear example of how digital innovation can address the challenges of modern electric mobility. It’s not just about changing the powertrain, but about redefining the vehicle as an intelligent platform—one that can learn, adapt, and deliver better experiences.
For CT Engineering, participating in Ecomovil’23 clearly demonstrates its commitment to developing technological solutions that drive the transition toward cleaner, safer, and more efficient mobility. Through data-driven engineering, digital twin development, and a strong emphasis on driver safety, CT is actively contributing to a smarter, more sustainable, and people-centered transportation model.
