Senior Structural Engineer
Pubblicato il 08-10-2026 - MetaSensing in Italia
- Reports to: Mechanical team leader
- Job purpose: To perform structural analyses of a radar payload, using FEM tools to support design, verification, and environmental qualification in a space-oriented development environment.
- Location: MetaSensing, Via Aniene 2, 20151, Milan, Italy
- Employment condition: Full-time, 40 hours per week.
Candidate must be eligible to work in the EU.
Company Description:
MetaSensing is an innovative Italian remote sensing company founded in 2008 with the aim of commercializing the new compact, high resolution radar mapping technology.
In just a few years, MetaSensing has acquired numerous successful airborne radar campaigns completed at the Ka, Ku, X, C, S, L and P frequency bands, and developed drone and space-based radar systems for different applications.
Today MetaSensing is one of the unique companies in the world which offer cost effective airborne and space-based radar sensors and services both for commercial and security applications.
Combination of innovative technology and advanced processing techniques has made MetaSensing a fast growing, global company with projects in Europe, South East Asia, Middle East, North and South America.
Job Duties:
- Definition, execution, and interpretation of Finite Element Analyses of radar payload structures using Finite Element analyses (static, dynamic, buckling, fatigue as applicable) to support design decisions and qualification activities
- Support environmental qualification campaigns (vibration, shock) with test specifications and post-test correlation
- Interface with other engineering fields (among which integration, electronics, thermal) to best include all the SAR antenna requirements at early stages
- Communicate the activities results with clear and concise presentations, reports and qualification documentation
Required skills and qualifications:
- Strong knowledge of structural mechanics and finite element methods
- Proven experience with Finite Element Analyses for stru