Ilia Samsonenko Email & Phone Number

Projects experience:Development of hardware complexes in the field of satellite communications, such as l-band satellite modems (DVBS2, TDMA, FDMA, CDMA) . Lead engineer experience. Development of quantum communication systems (BB84, Decoy State). Ensuring information receiving and transmission over a quantum channel. Developing devices for implementing the protocol, such as laser modules, single photon detectors, high-speed modules for controlling optical components. Developing post-processing algorithms and methods of protection against modern attacks on the quantum channel and protocol implementation. Role in project - Chief Project Engineer.Hard skills:• Basic knowledge of DSP;• Knowledge of the principles of building modern satellite communication systems;Relevant experience as a leading developer of hardware and software systems. Sphere of development - telecom/quantum communications.Skills and competencies:- project management at all stages of development:- development of technical specifications, analysis of the requirements for the developed devices,- maintaining the Atlassian Confluence Wiki;- maintaining jira kanban desk. Decomposition of tasks, determination of priorities and terms of the main stages of the project;- creation of sketches, functional and structural diagrams of devices;- development of electrical circuit diagrams. Knowledge of circuitry and modern element base (CAD Altium);- development of printed circuit board topology. Tracing, stack selection, production order formation. Complex PCBs (class 5, Megtron, FPGA onboard, 12.5G links);- Debugging and testing of the developed devices. Ability to use modern control and measuring equipment.- development, simulation of behavior, and hardware implementation of algorithms based on FPGA. Experience with Xilinx Spartan 6/7, Artix 7, Kintex us, Zynq US+, Intel Arria 10GX FPGA families with using transceivers, high-speed interfaces (JESD204B subclass 1 MCS up to four devices);- knowledge of the architecture of modern FPGAs. Ability to implement own cores.- development of projects with a complex clock hierarchy.- optimization of time delays inside the crystal. - working with NIOS/Microblaze in terms of basic interfaces (UART, SPI, IIC, ETH), interrupt handling, interaction with FPGA logic (AXI/AVALON);- SOC: project creation (BD), build FSBL, DT, kernel (Linux).- knowledge of the special requirements for equipment for working with confidential information.- participation in equipment special certification.