Ait Engineer – Medium-Sized Telescope Systems
Pubblicato il 29-08-2026 - Ohb Italia in Milano
Location: Milano, Italy with frequent international travel
Department: Telescope Business Unit
Start Date: Immediate
About Us
OHB Italia is a key player in the design, development, and deployment of cutting-edge telescopic systems supporting global Space Situational Awareness (SSA), Space Surveillance and Tracking (SST), and Near-Earth Object (NEO) observation initiatives. Our Telescope Department is leading the deployment of high-performance telescopes in some of the most iconic and pristine observatory locations worldwide.
We are currently seeking a motivated and hands-on AIT (Assembly, Integration and Test) Engineer to join our growing team. The selected candidate will play a crucial role in assembling, aligning, testing, and commissioning our telescopes both at our facilities and at remote international observatory sites.
Your Role and Responsibilities
As an AIT Engineer, you will:
- Execute Integration & Test activities of medium-sized telescopes, including opto-mechanical subsystems, both in-house and on-site.
- Conduct optical alignment and calibration,
working closely with optical and system engineers to ensure high-precision setup.
- Prepare AIT documentation, including test procedures, integration workflows, reports and as-run procedures.
- Handle critical assemblies, including optical mounts, structural elements, and Ground Support Equipment (GSE).
- Participate in night observation campaigns and system verification tests under real sky conditions.
- Support technical reviews and meetings, contributing to design improvement feedback based on hands-on test results.
- Coordinate with logistics and operations teams for the setup and support of site installation missions globally.
Required Qualifications and Skills
- Degree (Bachelor or Master) in Engineering, Aerospace, Physics or related fields.
- At least 2 years of professional experience in AIT or system integration environments.
- Practical experience with mechanical and optical handling and alignment.