This specialisation explores the modelling, identification, optimisation and advanced control of mechatronic systems. It trains professionals to design intelligent, robust and efficient automation solutions, integrating digital control techniques, machine learning and robotics to tackle the challenges of modern industry.
This specialisation focuses on the design of embedded software for complex automated and mechatronic systems. It combines control, robotics, embedded systems, simulation and optimisation, training engineers to develop reliable and efficient software architectures for industrial automation and cyber-physical systems.
This specialisation explores the hardware and embedded technologies underpinning modern mechatronic systems. Sensors, data acquisition, power electronics and communication networks are integrated with control and robotics to design intelligent, connected devices capable of operating in real time.
This specialisation addresses the transformation of mobility through the integration of electric drives, power electronics, vehicle control and communication technologies. It develops multidisciplinary skills for designing electric, connected and intelligent vehicles and contributes to the development of more efficient and sustainable transport systems.
This specialisation develops skills for the design and innovation of production systems and industrial machinery. It integrates robotics, automation, industrial design, additive manufacturing and industrial photonics, preparing professionals capable of introducing advanced mechatronic technologies into production processes and facilities.
This specialisation applies mechatronics skills to space systems and missions. It explores orbital robotics, distributed space systems, and vehicle dynamics and control, training engineers to develop autonomous and reliable solutions for satellites, robotic platforms and future space exploration activities.