Carmelo Barbagallo

Carmelo Barbagallo is an electrical engineer with experience in electronic space design. His work focuses on the development of spacecraft power modules, such as DC/DC converters, and power conversion and distribution units. These systems are designed to ensure the efficiency and  reliability required in a field with extremely stringent technical standards.

In addition to working on power systems, he is involved in the development of advanced electronics for robotic systems. Specifically, he has contributed to the design of robot control units and servo control units for robotic arms used for orbital operations and planetary exploration missions, such as those on the Martian surface. These systems, developed in collaboration with NASA and ESA, are engineered to operate in extreme environmental conditions and perform complex tasks related to scientific exploration.

In the field of electronics for space robotics, He has also published a technical article on systems for Martian surface exploration (“Modular Architecture for a Control Unit for a Martian Robotic Arm”, DOI: 10.1109/ESPC59009.2023.10298166). The article examines design challenges and solutions to optimize the efficiency and reliability of robotic systems and also addresses the concept of stability in interfacing the robotic arm with its power and control systems.  

His expertise spans the entire design lifecycle, from requirements definition to system validation. He is dedicated to developing technological solutions that meet the demands of the space industry, contributing to the advancement of cutting-edge systems for scientific and industrial missions.