Kirill Anohin

Developing a hardware-accelerated image processing pipeline for Gen 2 space & defense cameras, utilizing FPGA, C-based camera software and SDK development for both Gen 1 and Gen 2 platforms.

Transponder development for ESTCube-3 CubeSat (EIS - RE.5.04.24-0737)

Development of the SUTS platform and subsystems (EIS - RE.5.04.23-0489) Led a team of five software engineers, with responsibilities including: * Defining high-level software architecture * Assigning tasks and aligning team members with project goals * Reviewing pull requests * Providing technical guidance * Managing deliverables

The ESTCube-2 project represents a student-led initiative to develop a CubeSat platform capable of accommodating multiple payloads. The primary payload of this project is a plasma brake, designed for deorbiting the satellite from low Earth orbit. In this project, my key responsibilities included: * Developing a power harvesting system specifically for the satellite. * Developing and resolving issues within the EC2 firmware. * Creating unit tests to ensure system reliability and performance. * Designing and fabricating printed circuit boards for the satellite's side panels. * Compiling and maintaining comprehensive documentation for the project.

At the Paris Observatory, my role involved the development of the Birdy-T test concept. This project is designed to simulate the characterization of celestial bodies using radio science based on specific datasets. It comprises both stationary(ground station) and mobile(trolley) units. The stationary ground unit is equipped with radio technology to communicate with a mobile unit. This interaction generates echo and Doppler measurements, which are used as input for the precise orbit determination (POD) algorithm. As a result, the mass with associated error margins is calculated. My key responsibilities for this project were: * Production of datasets. * Developing firmware for the trolley. * Creating unit and functional tests for system validation. * Preparing comprehensive documentation for the project. * Managing calls for tenders and equipment procurement. * Designed and created printed circuit boards for the project. * Developing SDR software.

The key responsibilities were monitoring hospital devices via Zabbix infrastructure, managing network security, and providing mass software deployment services.