Tommaso Aresi

PhD Researcher | Stochastic Multibody Systems | Dynamics & Control In my doctoral research, I analyze stochastic multibody systems from both dynamics and control perspectives. My work aims to enhance control strategies for complex systems, particularly in human-machine interaction. The objective is to develop active control mechanisms that allow seamless interaction between machines and humans, minimizing unwanted mechanical disturbances and ensuring safe, efficient operation.

CTO | Wireless Energy Transmission | Hardware & Software Engineering As CTO, I design, develop, and troubleshoot key subsystems for Wireless Energy Transmission. I work hands-on with laser systems, high-precision pointing, optics, photovoltaics, sensorization, thermal management, power supply, and structural components. On the software side, I handle safety and control logic. I am directly involved in the design, production, and testing of both hardware and software, driving innovation and ensuring technological reliability.

Structures Dynamics & Control | Multibody Systems | Helicopter Engineering At Leonardo’s Helicopter Division, I work on structural dynamics and control, modeling multibody systems such as actuators and control chains. My focus is on enabling precise control system design and characterization, ensuring high-performance and reliability in helicopter engineering.

MSc in Space Engineering | Politecnico di Milano I hold a Master’s degree in Space Engineering from Politecnico di Milano, specializing in multibody dynamics, control systems, and aerospace structures. My studies also covered astrodynamics, orbital mechanics, and spacecraft guidance, navigation, and control (GNC), providing a strong foundation in modeling and controlling complex mechanical systems. The ability to integrate dynamics, control, system identification, and high-precision modeling has been essential in tackling challenges across aerospace, robotics, and advanced technology applications.

System Engineer | Wireless Power Transmission | Space Applications I work on the feasibility study and development of a laser-based power transmission system for wireless energy transfer between spacecraft. My focus is on adapting this technology for spaceflight and in-orbit testing, ensuring its integration into space-qualified payloads for future missions.

Structures Design & Analysis | Aerospace & Rocketry I specialize in the design and dimensioning of rocket structures, including bays, flanges, and payload accommodations, with a focus on materials selection (aluminum and carbon fiber) and preliminary test development. As part of the team responsible for the nose cone, payload integration, and parachute bay, I contribute to ensuring structural integrity, lightweight optimization, and mission reliability.

Manufacturing & Precision Engineering | Hands-On Experience At Brembo, I developed hands-on expertise in precision metalworking and high-quality manufacturing, working with complex mechanical processes. This experience enhanced my attention to detail, problem-solving skills, and practical approach to engineering, building a strong technical foundation that continues to support my work in advanced engineering fields.

PhD Researcher | Stochastic Multibody Systems | Dynamics & Control In my doctoral research, I analyze stochastic multibody systems from both dynamics and control perspectives. My work aims to enhance control strategies for complex systems, particularly in human-machine interaction. The objective is to develop active control mechanisms that allow seamless interaction between machines and humans, minimizing unwanted mechanical disturbances and ensuring safe, efficient operation.

MSc in Space Engineering | Politecnico di Milano I hold a Master’s degree in Space Engineering from Politecnico di Milano, specializing in multibody dynamics, control systems, and aerospace structures. My studies also covered astrodynamics, orbital mechanics, and spacecraft guidance, navigation, and control (GNC), providing a strong foundation in modeling and controlling complex mechanical systems. The ability to integrate dynamics, control, system identification, and high-precision modeling has been essential in tackling challenges across aerospace, robotics, and advanced technology applications.

BSc in Aerospace Engineering | Politecnico di Milano I earned a Bachelor’s degree in Aerospace Engineering from Politecnico di Milano, focusing on fluid dynamics, structural mechanics, propulsion, and flight dynamics. This background provided a solid technical foundation and analytical skills applicable to aerospace and engineering challenges.