Federico Covitti
About Federico Covitti
Federico Covitti is a GNC Engineer and Mission Analyst at Rocket Lab in Auckland, New Zealand, with a strong background in nuclear physics and aerospace engineering. He has conducted significant research in nuclear propulsion and space traffic management, and he actively pursues new experiences for personal growth.
Work at Rocket Lab
Federico Covitti has been employed at Rocket Lab as a GNC Engineer - Mission Analyst since 2021. In this role, he is responsible for guidance, navigation, and control systems, contributing to the analysis and execution of missions. His work is based in Auckland, New Zealand, where he applies his expertise in aerospace engineering to support the company's objectives in the space industry.
Education and Expertise
Federico Covitti completed his studies at Politecnico di Torino, where he earned a master's degree in aerospace engineering from 2017 to 2020. His academic research includes a master's thesis focused on future Space Based Air Traffic Management improvements, mission analysis, and orbit design. He also conducted a study on nuclear propulsion for space applications as part of his undergraduate thesis, showcasing his strong foundation in aerospace and nuclear physics.
Background
Before joining Rocket Lab, Federico Covitti worked as a Visiting Student Researcher at 한국과학기술원 (KAIST) from 2019 to 2021. During his time at KAIST, he developed a simple controller to study the feasibility of the Differential Air Drag Orbit control concept. He also spent a semester as an exchange student, further enhancing his international experience in the field of aerospace engineering.
Achievements
Federico Covitti has demonstrated a commitment to personal and professional growth through various experiences. His work as a lifeguard at Società Nazionale di Salvamento in 2014 provided him with valuable life skills. He actively seeks new experiences, including adventurous activities such as scuba diving and piloting aircraft, which contribute to his overall development and understanding of aerospace dynamics.