Alexander Shirkov Email & Phone Number

Carlsbad, California, United States

- Engaged in addressing the 'Vehicle Reidentification' challenge.- Designed and implemented custom models tailored for specific tasks, including night images, cropped images, and overexposed images.- Employing ensemble techniques that combine deep learning with classical computer vision approaches.- Conducted fine-tuning and retraining of Open CLIP models.

Barcelona, Catalonia, Spain

I was invited to Artial on a short-term contract in order to implementing agile methodology, devising a new product development strategy based on a visual-inertial SLAM approach, and integrating Deep Learning technologies. Here's a breakdown of my activities and achievements during this period:Management:- Formed cross-functional teams with clear roles and.

Tbilisi, Georgia

- Developed a highly accurate ArUco Localization Algorithm utilizing photogrammetry loss principles.- Worked on an Online Calibration System employing techniques such as QuEst, Umeyama approach, SFM, and LBA.- Implemented a corner detection algorithm based on the deep learning approach of "SuperPoints/MagicPoints."- Created an automation system for data.

Moscow, Russian Federation

- Led the successful development and launch of the "Black-Box Camera Parameters Optimizer" project, based on CMA-ES algorithm. Integrated it into the production pipeline.- Developed IMU/GNSS algorithms such as custom EKF (Extended Kalman Filter) or Madgwick Filter.- Contributed to the development of driver assistance systems, utilizing RGBd/LiDAR.

Moscow, Russian Federation

- Led a successful team in the development of an indoor scanning system, notably the "Biganto Filincam," along with related patents.- Key responsibilities included the development of the whole scanning system and the creation of associated design documentation.- Oversaw the design, assembly, adjustment, and debugging of mechanical and electronic components.

Moscow Region, Russian Federation

- Contributed in the development of a modern Inertial Navigation System (INS) and prepared accompanying engineering documentation.- Collaborated closely with cross-functional teams, including hardware engineers, software developers, and quality assurance specialists, to ensure successful system development and integration.- Oversaw system testing.

Moscow, Russian Federation

- Developed and implemented control programs (G-Code) for CNC machines, ensuring precise and efficient machining operations.- Created comprehensive technological documentation and drawings, providing clear instructions for manufacturing processes and quality control.- Developed auxiliary software tools to streamline and enhance workflow efficiency in CNC.