ELI - Avionic Subsystem/SW Engineer at Leonardo
Pubblicato il 04-10-2026 - Leonardo in Samarate
Job Description
Leonardo is an international industrial group and one of the world’s leading companies in the Aerospace, Defence and Security sectors, delivering multi-domain technological capabilities in the fields of Helicopters, Aircraft, Aerostructures, Electronics, Cyber Security, and Space. With more than 60,000 employees worldwide, the company has a strong industrial presence in Italy, the United Kingdom, Poland, and the United States, and operates in 150 countries through subsidiaries, joint ventures, and equity investments. A key player in major strategic programs at the global level, Leonardo is a technology and industrial partner to governments, defence administrations, institutions, and businesses. The role is part of the Flight Management organizational unit of Avionic Systems Development area. The unit is responsible for the design, development and qualification/certification activities related to the main on‑board computer of Leonardo Helicopters programs (both civil and military),
specifically of the software application responsible for the Flight Planning and Sensor Management functions that will be hosted on the target computer.
Sub‑System Engineers interface with the Avionic System Engineering functional area for all the aspects pertaining to the integration of the computer and its application in the helicopter avionic system. Other external areas interfaced include CPE offices, Flight Test Pilots and Engineers, Procurement and RMS departments. Flight Management Engineer goals: Analyze avionic system requirements and customer needs to define subsystem SW requirements and design solutions for the development and certification of embedded, real‑time, safety critical applications for the Flight Management System installed on Leonardo Helicopters product lines. Activities and responsibilities of the role include: understanding customer needs and expected outcome collaborating with the development team to identify design solutions in line with expectat