• Developed the power electronics part (schematics, cost optimization, EEE parts selection) of the battery’s BMS for the upcoming Porsche e-bike system• Created PCB layout with EMC optimization and focus on serial production• Power supplies calculations, EMI and stability optimization, circuit simulations• Design reviews, test procedures, issues resolving, cross-functional collaboration (mechanical, software), communication with parts manufacturers

• Supervised hardware and designed electronics for space-grade instruments: - 32-channel scintillator/SiPM-based precision Gamma-Spectrometer for Chibis-AI microsatellite (with a focus on timing resolution) - 4-channel BLDC Motors control unit for the Robotic Arm (Luna-27 mission) - FPGA-based redundant compact on-board Scientific Computer - >8 Electrical Ground Support Equipment (EGSE) units• Facilitated electronic hardware expertise for international space projects such as ExoMars, Luna-26/27, Ionozond, WSO-UV, etc• Developed a new redundant Intelligent Power Distribution System with 20+20 channels for the payload complex of Luna-27 mission (high-side switches)• Designed electronics and built a noise model for ultra-low-noise (noise less than 190 electrons RMS at 25 C) front-end readout for Silicon Nuclear Detectors• Facilitated the ground testing of payload complexes, writing Test Plans• Systems engineering. Discussing requirements, architecture, and interfaces with scientists, payload, and spacecraft representatives• ECO and BOM, management, components selection, and product support• Authored 2 publications in space engineering journals

• Created electronics and software for a high voltage Electrical Overstress Pulse generator (5 kV, 0.1-10 us, 5 ns edge)• Proposed and implemented a new automated test bench for the EOS testing (hardware, firmware, and LabView). Reduced the test duration by >5 times• Prepared test benches, and performed the tests for over 50 unique EEE parts