Junior Research

His/her activities will be conducted in the frame of Spanish and international projects for surface and underwater vessels, autonomous land vehicles, aerial robots (drones), aircraft and spacecraft.

We are looking for junior geomatics/navigation researchers and developers with the following degrees and skills:

- bachelor or masters degree in science, technology, engineering or mathematics,
- sound mathematical background,
- scientific/technical programming skills (one or more of these programming languages: C, C++, Python, Matlab,...),
- scientific and technical typesetting (LaTeX,...),
- intermediate English level (speaking, writing and understanding).

In addition, we will value experience in/with or knowledge of:

- GNSS, INS, Kalman Filtering and general least-squares estimation,
- software development environments such as Visual Studio or Eclipse,
- technical documentation writing,
- fluent English and quality writing, or other languages,
- and if you practice some sport or play an instrument, you may let us know.

**Do not feel afraid of contacting us. If you believe that you are over-qualified or under-qualified for the position but, still, are interested in working with us, let us know and we will evaluate your CV. We fully undertand that young graduates have a limited or no experience.
At GN, we value: scientific and technical excellence, consistency and detail, reliability and commitment, creativity and innovation, honesty, teamwork, trust and respect.

GeoNumerics (GN) is a small company with a long experience devoted to geomatics and navigation. We develop software and conduct applied research in the areas of geomatics and navigation.

We develop and license state-of-the-art software components, provide consultancy services and conduct research and development (R&D) projects for the geomatic and navigation markets. We focus on the needs and technology of high precision kinematic surveying; sensor orientation/calibration, trajectory determination and their integration.

Our software is used all over the world. Our parameter estimation software components are the internal computational engines of orientation and calibration mapping solutions running in mapping, remote sensing and environmental organisations all over the world. We have computed or contributed to the computation of time-position-velocity-attitude (tPVA) trajectories of land vehicles, fixed wing aircraft, drones and space launchers.

We have provided research and development (R&D) consultancy services to organisations in North America, South America and Europe. We have contributed to projects as the European VEGA launcher or to the exploitation of the Galileo satellite navigation system. We have computed or contributed to the computation of tPVA trajectories of land vehicles, fixed wing aircraft, drones and space launchers. We regularly participate in European Union R&D projects like those of the past and current FP7, Horizon 2020 and Horizon Europe programmes.