Experience

ITMO University

• Russian Federation
• Higher Education
• 300 - 400 Employee

• Research And Development Engineer

  • Mar 2021 - Present

  Responsibilities: • Assembly of fiber-optic devices, sensors, layouts. Use of equipment for working with various types of optical fibers (measuring, splicing, laying, etc.) • Optimization of production processes by creating an interface for the operator to assemble and test fiber optic components • Development and writing of scripts for processing experimental data, digital models (Python) • Creation of digital models of fiber-optic elements and circuits (Optisystem, Fusion) Results: • Assembled more than 30 fiber optic amplifiers (EDFA) of two types • Tested over 1000 fiber optic components • Accelerated production of EDFA by 3 times and increased reliability up to 20 years • Trained from scratch and adapted 4 new employees Show less



LLC "ANALYSIS OF OPTICAL SYSTEMS"

• St Petersburg, St Petersburg City, Russia

• FOUNDER AND GENERAL DIRECTOR

  • May 2022 - Jul 2023

  Responsibilities: Design and implementation of an algorithm for compensation of birefringence dispersion in a birefringent optical fiber for a distributed polarization mode coupling analyzer Results: Developed the first and unique algorithm to improve spatial resolution to 16 cm and accuracy to 4 cm at ∆D≈0.006 ps/(km∙nm) and fiber length of 582 m. Responsibilities: Design and implementation of an algorithm for compensation of birefringence dispersion in a birefringent optical fiber for a distributed polarization mode coupling analyzer Results: Developed the first and unique algorithm to improve spatial resolution to 16 cm and accuracy to 4 cm at ∆D≈0.006 ps/(km∙nm) and fiber length of 582 m.



ITMO University

• Russian Federation
• Higher Education
• 300 - 400 Employee

• Technician

  • May 2019 - Mar 2020

  Responsibilities: • Assembly of layouts with volumetric optics for recording analog holograms • Development of an algorithm for detection and classification of microparticles on digital axial holograms (Python) Results: • Recorded 3 analog holograms • Digitized 2 analog holograms • Developed an automatic algorithm for detection and classification of microparticles on digital axial holograms Responsibilities: • Assembly of layouts with volumetric optics for recording analog holograms • Development of an algorithm for detection and classification of microparticles on digital axial holograms (Python) Results: • Recorded 3 analog holograms • Digitized 2 analog holograms • Developed an automatic algorithm for detection and classification of microparticles on digital axial holograms