Satellite Verification & Validation Engineer - Mission leading & Test Specifications

Industrious Ventures; Louvain-la-Neuve; Sur place; EUR 45 000 - 65 000; Plein temps

Résumé du poste

Industrious Ventures in Louvain-la-Neuve, Belgium, is seeking a Satellite V&V Engineer to join its dynamic team. The role involves leading verification and validation for satellite missions, coordinating with various engineering teams to ensure system compliance.

The ideal candidate has a strong understanding of satellite systems, combined with excellent communication skills, and is proactive about improving processes. Candidates should have an aerospace or related engineering degree and experience in AIV activities.

Qualifications

• Experience with functional or electrical AIV activities in satellite testing.
• Strong understanding of avionics and major systems of satellites.
• Proven skills in writing and preparing detailed technical documentation.

Responsabilités

• Lead verification & validation activities for multiple satellite projects.
• Collaborate with systems engineers and project managers on test specifications.
• Analyze test results and contribute to root cause analysis.

Connaissances

Functional or electrical AIV activities

Strong satellite system-level thinking

Experience with requirements management

Good communication skills

Proactive in efficiency improvements

Fluency in English

Formation

Bachelor, Master or PhD in Aerospace Engineering or related field

Outils

DOORS

Linux OS

Git

Description du poste

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 2026, Aerospacelab counts offices in Louvain-la-Neuve (Belgium), Toulouse (France), Lausanne (Switzerland) and US West Coast with more than 350 full‑time employees, with the ambition to position itself as the European leader in small satellites.

Role overview

In this role you will become an integral part of Aerospacelab’s V&V team as a Satellite V&V engineer, with the responsibility of being the V&V lead on a variety of space missions and contributing to our V&V philosophy and test specifications definitions.

As a V&V mission lead, you will be fully responsible to coordinate the functional V&V activities of specific space missions. This includes the planning, preparation and execution of V&V campaigns which are performed on representative avionics test benches, as well as on the satellite flight models that will eventually be launched into space. Through scripts and our test management system, you will interact with the satellite or equivalent test setups to verify and validate their design and good workmanship.

In a short timeline, you will have the opportunity to get in touch with the different verification phases of a satellite’s lifecycle (from conception to post‑launch). Throughout these campaigns, you will increase your understanding of how the satellite works internally (both flight software & hardware units related to the different satellite subsystems), as well as in the context of its operational usage. A large focus of the mission leading is on the payload‑specific tests for the mission you are involved with. You will participate in the launch campaign of the satellite, with satellite preparation & configuration activities on the launcher’s site. After launch, you will continue to support the validation of new flight software updates for your mission, in close collaboration with the flight software team and the mission manager.

In this role, you will also specialize in improving the system‑level V&V philosophy and its related processes in the V&V team, ensuring that there is a consistent application over all missions. You are responsible for making sure our test specifications and scope improve while being consistent with other testing efforts throughout the company.

Key activities

1. Become responsible for functional verification & validation activities for multiple satellite projects, at subsystem/system/mission level:
2. 1. Writing and maintaining system test specifications & test plans, based on the requirements of the project, in close collaboration with the mission’s systems engineer, project manager and subsystem experts. Strong focus on payload V&V.
   2. Define and/or review GSE requirements together with GSE engineers to achieve agreed test scope.
   3. Develop & execute scripts, based on the test specifications.
   4. Manage the mission’s test setups (consisting of spacecraft units, test equipment, support equipment, …), either in ISO clean rooms or our test laboratories.
   5. Collect & analyze the data after execution, in close collaboration with the systems engineer, subsystem experts or the product owners of individual spacecraft units. Report in detail on the test results & contribute to the post‑analysis. Generate & follow up on potential problem reports (non‑conformances); assist in finding the root cause, solution/mitigation and lessons learned for the future.
3. Contribute to maintaining the roadmap of generic or payload‑specific V&V test specification improvements, defining the scope with other teams and testing levels, syncing with systems engineering and quality teams, anticipating new test areas & other improvements.
4. Review V&V specifications & plans for other missions, ensuring consistency over all projects.
5. Contribute to our brainstorming sessions, knowledge base improvements, knowledge sharing sessions & internal processes improvements.
6. Continuously look for opportunities and the means to increase the team’s efficiency.

Must have

• Experience with functional or electrical AIV activities; EGSE environments and satellite functional test execution.
• Prior experience with satellite systems engineering (platform, payload or both).
• Strong satellite system‑level thinking, strong understanding of the avionics and major subsystems of a satellite (and how they interact with each other).
• Experience with requirements to specifications mapping, verification matrix management. Familiarity with requirements management tools (e.g. DOORS, Jama, Polarion).
• Experience with contributing to major space project milestones & associated deliverables for PDR, CDR, etc. Strong understanding of the systems engineering lifecycle and review process (ECSS or NASA standards are a plus).
• Eye for detail and high‑quality standards, able to detect inconsistencies over multiple documents or missions. Very structured way of working.
• Experience working with QMS systems, in quality assurance activities, etc.
• Good communication, coordination skills: able to work across teams (systems, SW, HW, AIV, quality, PM) and escalate issues clearly to help bring multi‑disciplinary projects to completion.
• Very proactive in looking for efficiency improvements & solutions to problems.
• Experience with reading & preparing detailed and complex technical documentation.
• Fluency in English, both written and verbal.
• Bachelor, Master or PhD degree in Aerospace Engineering, Systems Engineering, Software Engineering, Electrical Engineering, Electromechanical Engineering, Industrial Engineering, or a related field.

Nice to have skills (or motivated to learn)

• Experience working with programming languages; specifically for script programming and debugging (Python, JavaScript, Tcl, etc.).
• Comfortable with using Linux OS, git, gitlab/github/other. Experience with using Raspberry Pi’s or equivalent.
• Knowledge of electrical systems & communication protocols.
• Knowledge of the ECSS or other standards related to testing, verification, systems engineering, quality, SW.
• Experience working in ISO clean rooms. Comfortable with handling sensitive space‑qualified units, as well as test equipment such as oscilloscopes, multimeters, spectrum analyzers, base band equipment, et cetera. In case you have no experience, you are willing to learn how to operate them.