Small satellite mission analysis platform: Product development, project planning and management, software architecture and design. Software development. (AWS Cloud-based web application, Backend: Python, Frontend: React.js, Redux, Babylon.js)

RadCube project: Contribution to mission analysis. Radio link, data flow, orbit and power simulation and analysis of the satellite (AGI STK, Python, Matlab). Contributed to Ground Segment software and hardware design, software development of Mission Operation Center (Javascript, Node.js, React, Redux).HERMES-SP projects: Contribution to H2020 proposal writing and project management.CAMELOT project: Project planning and management. Contributed to the feasibility study of the… Show more RadCube project: Contribution to mission analysis. Radio link, data flow, orbit and power simulation and analysis of the satellite (AGI STK, Python, Matlab). Contributed to Ground Segment software and hardware design, software development of Mission Operation Center (Javascript, Node.js, React, Redux).HERMES-SP projects: Contribution to H2020 proposal writing and project management.CAMELOT project: Project planning and management. Contributed to the feasibility study of the CubeSat constellation for detecting gamma-ray bursts. Mission, orbit and constellation, formation flying analysis (AGI STK, Matlab, Python).CubeSat Platform project: Contributed to CubeSat communication protocol definition based on ESA ECSS, satellite telecommand and telemetry definition and PC side communication software development (Qt, C++), tests implementation and analysis for ESA reviews. Show less

3D robot swarm project: Contributed to drone hardware, flocking algorithm development (C++) and research on the three-dimensional drone swarm and cooperation. Experiments implementation and tests evaluation. Communication protocol and software development for the drones.2D robot flock project: Contributed to research on the noise effects and role of the leaders in the collective dynamics. Experiment implementation and tests evaluations. Simple robot control algorithm and radio control… Show more 3D robot swarm project: Contributed to drone hardware, flocking algorithm development (C++) and research on the three-dimensional drone swarm and cooperation. Experiments implementation and tests evaluation. Communication protocol and software development for the drones.2D robot flock project: Contributed to research on the noise effects and role of the leaders in the collective dynamics. Experiment implementation and tests evaluations. Simple robot control algorithm and radio control development.Other projects: Contributed to ethologic researches on various animal groups (with Przewalski's horses, rats). Show less