As part of our RF team, you will work on the development of innovative communication techniques for space-to-ground communications . Here's a breakdown of the tasks you could be involved in: Simulation : Contribute to the development of a software simulator to recreate a typical low-earth orbit satellite scenario. It will include simulation of propagation effects, RF front-ends, space and ground antennas and their effects on a transmitted RF signal. Software Defined Radio : develop software modules for signal demodulation such as PLL/DLL, time-synchronisation, Phase/Frequency compensation. Custom Signal Processing : Implement custom signal processing algorithms to analyze and enhance the signal received on-ground by several antennas, employing combination techniques and beamforming theory. System evaluation : Benchmark the identified solutions by evaluating the benefit and complexity of each technique also with respect to hardware implications. Test-bed Solutions :...

As an intern, you will be able to collaborate with and be guided by the developer team of Skynopy. You will be able to learn and work with a team of skilled people. Contribute to Skynopy software development (30%) To enable you to ramp up on space operation and get a global picture of the Skynopy software, you will contribute to the platform development. Helped by the team, you will be working on small feature implementations such as: coding a simple API endpoint in the backend add logs on a component of the infrastructure to enhance observability improve the testing and the deployment of components Integrate a “Mission Control Software” (70%) In addition to the overall development of Skynopy infrastructure you will be in charge of your project: selecting and integrating a Mission Control Software into our infrastructure. You will be supervised and helped to be able to add this new brick. What is “Mission Control Software”? Mission control software...