Nikolay Olyunin Email & Phone Number

South Korea

Anyang, Gyeonggi-Do, Korea

Research and development of automotive radar systems.• Develop algorithms and embedded SW for in-cabin radar system for autonomous driving applications (Korean national project).• Developed Obstacle Detection Radar prototype for safe automated door/trunk opening.• Played key role in development of in-cabin radar system for seat occupancy detection (joint project with Korean automotive OEM).• Developed radar data processing algorithms for Child Presence Detection application.

Anyang, Gyeonggi-Do, Korea

Research and development of automotive ultra-short range radar systems.• Led development of radar data processing algorithms for parking assistance and reverse emergency braking applications.• Developed simulator for radar system performance estimation.• Played key role in embedded software development for real-time processing of radar data in functional prototypes.• Planned and carried out field tests with real vehicle. Verified system performance using LIDAR data as ground truth.

Yeonsu-Gu, Incheon, Korea

Research and development of mm-wave synthetic aperture radar system for terrain imaging. • Implemented algorithms for processing raw radar data: 2D image generation and autofocusing.• Collaborated with team to carry out filed tests of radar system, data recording and processing.

Moscow, Russian Federation

Provided engineering skills for progress in advanced R&D projects. • Simulated mm-wave antennas for automotive radar.• Developed components of Human Body Communication system for wearable electronics.

Suwon, Gyeonggi-Do, Korea

Played an important part in R&D work to improve 5G technology capabilities.• Estimated mm-wave propagation effects for 5G cell planning to gain insight on electromagnetic phenomena involved into the technology. Played key role in development of Magnetic Secure Transmission (MST) hardware for wearables as a part of Samsung Pay technology. • Successfully solved challenging task of power consumption reduction to enable MST function in Samsung Gear watches.• Generated and patented novel idea for low-power field generation system, involving advanced magnetic materialsMade major contributions to the project devoted to frozen food defroster. • Developed the circuitry and hardware for implementing frozen food defroster. Conducted tests to evaluate performance and gauge system efficiency.

Moscow, Russian Federation

Technical leadership of wireless charging projects for consumer electronics. Active participation in hardware design, prototyping and testing.• Led development of low-cost adaptive phased antenna array for wireless trickle charging of low-power devices.• Guided initiatives to create Tx and Rx resonators for wireless charging of tablets and slate PC compliant with AirFuel Alliance standard. • Developed functional prototype of wireless charger for robotic vacuum cleaner, implementing high system stability and efficiency.

Moscow, Russian Federation

Devised new methods for wireless charging technology improvement. Carried out simulations and experiments to make new approaches ready for applications.• Coordinated with team to create and patent novel methods for wireless power transfer based on solid-state magnetostrictive resonators. • Designed high-Q inductors and resonators to facilitate wireless power transfer and improve efficiency.

Moscow, Russian Federation

Developed simulation methods for estimating long-range radar system performance.• Developed numerical methods and software for high-frequency electromagnetic scattering simulation and radar cross section prediction.• Analyzed and estimated radar signal distortion in the Earth’s atmosphere in various conditions. • Conducted research to evaluate potential ways of radar target recognition using polarimetric data.

Master'S Degree, Applied Physics And Mathematics

Doctor Of Philosophy (Ph.D.), Radiophysics