About Aerospacelab Our mission is supported by an ambitious vertically integrated approach: design & manufacture of small satellites combined with development of earth observation services. Since its creation in 2018, the company has already grown substantially. Our team gathers more than 25 engineering expertise, from hardware design to software development & data science.

In 2025, Aerospacelab counts offices in Louvain-la-Neuve (Belgium), Toulouse (France), Lausanne (Switzerland) and US West Coast with more than 300 full-time employees, with the ambition to position itself as the European leader in small satellites. ## Role Overview As a Structural Engineer at Aerospacelab, you will play a critical role in designing and verifying of satellites and related systems across various missions.

You are involved in project from early design phase to qualification of the product. From the early design phase to the qualification of the final product, you collaborate closely with a diverse team such as system engineers, mechanical designers, and thermal engineers and AIT (integration and test) department.

Altogether, you validate that the equipment is not only ready to fly but also capable of fulfilling its mission reliably.

Key Responsibilities:

• Lead the structural analysis and optimization of spacecraft and platform components, including composite and metallic structures, to ensure reliable performance under various load conditions.

• Develop, refine, and validate finite element models (FEM) for static, dynamic, and thermal analysis, ensuring accuracy through correlation with test data and preparing models for both internal and external use.

• Define structural test requirements, support environmental testing campaigns, and analyze results to validate and improve structural models and designs.

• Translate launch and flight environments into structural requirements, including subsystem-level definitions and the setup of environmental validation procedures.

• Collaborate closely with design, manufacturing, integration, and test teams to validate product designs and ensure structural solutions are efficient and manufacturable.

• Prepare comprehensive technical documentation and reports and actively contribute to design reviews such as Preliminary Design Review (PDR) and Critical Design Review (CDR), as well as concept trade-off studies.

• Mentor junior engineers, lead technical initiatives, and encourage the adoption of best practices in structural analysis and design.

• Drive innovation and continuous improvement by identifying structural risks, recommending mitigation strategies, and implementing new tools and methodologies.

• Represent the structural discipline in interactions with suppliers, customers, and launch authorities, particularly during key project phases and technical discussions.

• Provide technical recommendations based on sound engineering judgment and thorough interpretation of analysis results.

• Lead cross-disciplinary technical projects and programs, coordinating efforts within the structural analysis domain and across engineering teams.

Required Qualifications:

• MSc or PhD degree in Aerospace, Mechanical, or Civil Engineering.

• Extensive experience in structural analysis of aerospace or high-performance systems.

• Strong proficiency in finite element analysis (FEA) solvers (e.g., NASTRAN, Samcef, Ansys, Abaqus, or similar).

• Solid understanding of static, dynamic, and thermal loading conditions in aerospace applications.

• Experience in spacecraft-level structural test campaign design, execution, data processing, and validation

• Strong understanding of materials used in space applications (e.g., aluminum, titanium, CFRP).

• Familiarity with relevant standards (ECSS, NASA, ISO) and launch environment constraints.

• Good communication skills, team spirit, and a proactive mindset.

• Fluency in English

Required Skills & Technologies:

• NASTRAN

• Samcef

• Ansys

• Abaqus

• FEA

• static analysis

• dynamic analysis

• thermal analysis

• structural test campaign design

• materials used in space applications

Benefits & Perks:

• Build your own career path

• Direct impact on the growth of the company

• Flat hierarchy

• Fast-paced environment

• Flexible ways of working

• Salary package consistent with your experience

Additional Information:

• Department: Mechanical