- Develop processing chains
- Conduct unit tests
- Work on continuous integration (CI) and continuous delivery (CD)
- Coordinate technical developments with your team members
- Write technical documentation (e.g., development plan, test reports...)
- Participate to technical workshops with the customer
- C++ and/or JAVA
- Linux
- Eclipse
- GitLab
- Maven
- SonarQube
- Stimulating work environment within a company specializing in the space sector.
- Opportunity to work on international projects.
- Career evolution to a Software Tech Lead position.
- Continuous training.
- Competitive salary based on experience and skills.
- Comprehensive social benefits (health insurance, etc.).
Image Processing Engineer - Toulouse, France - Magellium
Description
Your main tasks will consist in the development of software modules (JAVA) aiming at process satellite images. You will:
You will be able to work on other Earth observation projects in other languages as C++ too.
Technical Environment
With at least 3 years of experience in JAVA and/or C++, you already worked in Linux and Eclipse environments. Former experience(s) in Earth observation will be strongly appreciated. Rigor, team spirit and autonomy are essential qualities to succeed in this position.
If you are motivated about software development in aerospace and want to participate to the development of innovative solutions in this field, this job is for you
Working Conditions
Magellium (Artal Group), with its 300 employees, is an independent company, specialised in the value chain of remote sensing data (from the satellite or drone sensor to its use in earth observation systems and services, cartography and geo-intelligence) which promotes mastery of space technologies, software, signal processing and geomatics.
As part of its Earth Observation activities, Magellium is involved in major programs led by space or operational agencies.
These Earth observation projects implement scientific processing chains for the satellites' payload. These processing chains, either prototypes or operational chains, are developed as part of the ground segments of satellite missions.
The specificity of these processing activities lies in the multiple required capabilities in scientific or algorithmic techniques of remote sensing, engineering methods, software and IT, in a processing environment often constrained by robustness and performance.
The skills and experience developed in processing development activities for space ground segments are brought together within a specific section of about ten people within the Magellium Earth Observation (EO) unit.
The unit currently gathers 5 thematic sections: Geometry of sensors, Image Quality, Ground Segments, Physics and Applications, Climate.