I'm a Physicist with rich expertise in superconducting electronics, both classical Josephson devices (microwave generators and detectors, magnetic field sensors) and 'second quantization' systems (charge and flux qubits, unconventional Josephson arrays). Also, I am passionate about developing software tools that make both theoretical analysis and experimental control convenient and efficient (hail Python!)My main achievements include: - Demonstration of the parity protection of the superconducting qubit, where the destructive Aharonov-Casher interference causes x10 increase of decay time, which is an important step towards the implementation of a robust building block for a superconducting quantum processor - Implementation of ultra-short (200um @5GHz) resonators and high-impedance (up to 27 kOhm) meandered inductors fabricated from granular Aluminum and identification of its main loss mechanisms. Those elements are valuable for the construction of protected qubits and readout of quantum dots - Design, testing and packaging of low-noise SQUID-sensors, which were used for the building of a non-destructive evaluation scanner of defects in metallic constructions - Development of near-the-chip Phase-Lock loop for a cryogenic generator with a bandwidth that is 7 times broader than the standard one; this increases the stability of THz spectrometer up to 5 times, making its operation more robust and convenient