Are you looking for an innovative and well-established company where you can grow professionally? GMV is a technology group with extensive experience. We are expanding our teams in the Defence sector to tackle high-impact projects in the development of advanced navigation solutions for manned and unmanned aerial platforms (UAV/UAS), in demanding R&D;&I; environments that include GNSS-denied scenarios and operations in degraded environments.

We´ll get to the point; we'll tell you what's not on the web. If you want to know more about us go to GMV website

WHAT CHALLENGE WILL YOU BE TAKING ON?

You will be part of a multidisciplinary team focused on the design, development and integration of high-performance autonomous navigation systems. Your work will have a direct impact on the operational capability of aeronautical platforms in environments where GNSS signal availability cannot be guaranteed.

Your responsibilities will include:
- Architecture and integration of hybrid navigation systems, combining GNSS receivers, inertial measurement units (IMUs),



optical sensors and other onboard sensors into robust, fault-tolerant solutions.
- Diagnosis and optimisation of navigation performance, identifying error sources, inertial drift and precision degradation, and proposing algorithmic or hardware/software integration solutions.
- Implementation and tuning of state estimation algorithms, primarily Extended Kalman Filters (EKF) and variants (UKF, factor graph), aimed at sensor fusion in real-time-constrained aeronautical embedded systems.
- Active participation in validation and verification campaigns: laboratory testing, Hardware-in-the-Loop (HIL) environments and flight trials, including post-processed analysis of navigation data and accuracy metrics.

You will work closely with embedded software, algorithm and hardware teams on the integration of avionics subsystems under demanding aeronautical standards.

WHAT DO WE NEED IN OUR TEAM?

We are looking for Aeronautical Engine

📌 Avionics Systems Integration Engineer (Tres Cantos)
🏢 GMV
📍 Tres Cantos