Ground-to-space Digital telecoms System SEM/Architect
Pubblicato il 07-09-2026 - Thales in Roma
A Joint Venture between Thales (67%) and Leonardo (33%), Thales Alenia Space is a global space manufacturer delivering, for more than 40 years, high-tech solutions for telecommunications, navigation, Earth Observation, environmental management, exploration, science and orbital infrastructures. Thanks to our diversity of skills, talents and cultures, our customers (governments, institutions, space agencies, telecommunications operators), therefore have Space to Connect, Secure & Defend, Observe & Protect, Explore, Travel & Navigate.
1.1.1 Telecommunication E2E System/Ground Tools System Engineer/Architect – Job profile description
Activity in the frame of Institutional System: Italian nationality preferred.
Main Role (System Engineer – Solution):
To provide specialized engineering expertise in the frame of E2E systems and Ground Segment sub-systems and components, in terms of design and analyses, in all phases of a space project life cycle, from design specification to manufacturing, integration, verification phases, up to operations.
The role will be focused in the frame of E2E systems and processed payloads with focus on definition of Ground Tools aimed to improve E2E performance (e.g. interference detection, mission planning, signal analyses, …).
Expertize in the frame of Secure TTC systems is a valuable asset as well capability to define SW requirement and to validate SW products.
He/She perform System / Subsystem Performance Analyses with the aim to finalize breakdown to components requirements (e.g. Link Budget, BER evaluation and code correction performance, Coverage Analyses and pointing Loss, Linearity and distortions, Phase Noise and phase jitter simulation, switching stack probability, resource assignment and Mission Planning simulation, …)
Experience / Qualifications
- Master’s Degree in Engineering, Physic or equivalent, with a specialization which includes telecommunication or RF electronics engineering, and a votation >105/110
- On Ground System design