● Led re-development of the mobile protective vehicle to succeed in certification according to ISO 7176, (EU) 2017/745, EN 60601-1, and DIN 1946-4;● Established quality management system using Atlassian products;● Established DFMA framework and led the technical team to optimize the vehicle for production.

● IRRC — superbike category suspension and ergonomics setup;● RRI/Road racing — supersport category suspension setup and race strategy development; ● Race data collection and analysis;● AIM EVO/DL2 profiles development;● Data logger development based on ATmega328P microcontroller (multizone tire temperature tracking, 3-axis accelerometer, magnetometer, and suspension position measurement);● Intake manifold development for 300cc 2 stroke Classic TT bike;● Lightweight aircraft chassis development and simulation.

● Led a team of mechanical engineers in the AGV/AMR development department● Allocated roles and tasks in the AMR development process● Managed the development roadmap and implemented KPIs● Improved development and release processes for drawings and 3D CAD dataaccording to BS 8888 in the Siemens NX environment● Сoordinated projects with contractors and manufacturing suppliers● Performed peer reviews with software and computer vision teams

Industrial, structure, and product design in autonomous mobile robotics.● Developed 150% BOM structure and managed master assembly● Performed complex shell multibody FEA (NX Pre/Post) for AGVs chassis, motorhousings, and lifting equipment● Developed and optimised AGV suspension kinematics using the MatLab Multibodymodel, including mecanum wheel frictional model● Designed and manufactured camera calibration rig using Tünkers tooling system andcustom 5-axis machined CV marker arrays● Developed and patented the process of AGV platforms manufacturing(GB201906618A)● Mentored and advised a team of four mechanical engineers in the development ofgear motors, mechanisms layout, and FEA

Head of robotic mechanical department, Mechanical Design and FEA analysis.I was involved in the research and development of logistics robots and AGV components such as vision systems, power units, batteries, lightweight materials, and cost-effective chassis for mass production. As a result of two years, we have created a competitive, unique AMR and components for automotive factories.● Developed and patented several AGV systems with unique layouts, including atwo-wheel logistics robot (EP3653345A2, EP3660619A1, GB201817036, GB2582620A)● Designed the architecture and layout of a self-balancing logistics robot based on FEA(Ansys WB)● Designed and manufactured a CFRP robot prototype for the Tech-Crunch Roboticsession Berkley 2018● Designed and manufactured (layup) composite components and moulds for logisticsequipment production● Conducted various experiments, endurance, and destructive tests

Working with first in Russia solar car for World Solar Challenge Australia 2018.Safety and structure of carbon fiber monocoque, carbon fiber wheel rims and etc.Composite parts from idea up to race prototype. Layup optimization and FEA analysis.Mould machining and preparation. Fiber and prepreg layup experience.

Chief engineer of first FSAE team on North-West region of Russia, Saint-Petersburg.Have build two nice! FSAE prototype for international formula race championship.

KIA Cyber Academy Repair and maintenance of engines and transmissions.

Nissan maintenance and repair. Engine and transmission service.