- Support the conception, development, and integration of aerial vehicles and airborne systems
- Define and manage system requirements
- Develop system architectures and interfaces
- Perform functional analysis and system decomposition
- Conduct requirements verification and validation activities
- Support integration and qualification campaigns
- Prepare engineering and certification documentation
- Participate in technical trade-off analyses
- Coordinate with specialists in structures, avionics, communications, GNC, and mission systems
- Support system integration and systems selection
- Define electrical and functional interfaces
- Define integration, verification, and testing activities
- Support ground and flight tests
- Support safety assessment and certification activities

Requirements

- Minimum 4 to 5 years of experience in aerospace systems engineering
- Good knowledge of aircraft systems and mission systems
- Experience in requirements engineering and systems architecture
- Knowledge of integration, verification, and validation processes
- Experience with Model-Based Systems Engineering (MBSE) would be an asset
- Knowledge of certification processes is valued
- Experience in Unmanned Aerial Systems (UAS/UAV) is an asset
- Capacity to understand new concepts and apply them to engineering problems
- Advanced MS Office proficiency
- Experience with IBM DOORS, Polarion, or equivalent requirements management tools




- Knowledge of Capella, Cameo, Enterprise Architect, or MBSE tools would be an asset
- Knowledge of SEE-XP, CATIA, or similar engineering tools would be valued

Core Competencies

Demonstrates expertise in aerospace systems engineering, including requirements engineering, systems architecture, and integration processes. Proficient in managing system requirements and conducting verification and validation activities for aerial vehicles and airborne systems.

Highest-signal resume keywords

- Aerospace Systems Engineering
- Requirements Engineering
- Model-Based Systems Engineering (MBSE)
- Unmanned Aerial Systems (UAS/UAV)
- Integration, Verification, and Validation Processes

ATS Optimization Keywords

Hard Skills

- Systems Architecture
- Functional Analysis
- System Decomposition
- Requirements Verification
- Certification Documentation
- Technical Trade-Off Analysis
- Electrical Interfaces Definition
- Testing Activities Definition
- Ground and Flight Tests Support
- Safety Assessment

Soft Skills

- Capacity to Understand New Concepts

Industry Keywords

- Aerial Vehicles
- Airborne Systems
- Mission Systems
- Integration Processes
- Qualification Campaigns

Tools & Technologies

- IBM DOORS
- Polarion
- Capella
- Cameo
- Enterprise Architect
- SEE-XP
- CATIA
- MS Office

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📌 Senior Systems Engineer – Aerial Vehicles (Tres Cantos)
🏢 Jobtailor
📍 Tres Cantos