Aleksandr Korybko

- Designed and developed automated robotic production cells for prefabricated LSF wall and wood-frame façade manufacturing, including full factory layout engineering and automated prefabrication workflows for multi-storey residential construction. - Contributed to the mechanical design of prefabricated structural elements and robotic interface systems for automated on-site assembly using quadruped robot for construction (Mantis), enabling autonomous residential building construction. - Developed electro-mechanical robotic subsystems including material feeding pick-points, EOAT gripping tools, automated conduit and electrical wiring installation systems, robotic dispensing units, and integrated material handling, loading/unloading, and conveyor transport solutions with cycle time optimization. - Designed automated assembly systems for wood-frame façade production, including robotic board handling, automated assembly table, and logistics integration. - Developed structural mounting solutions for high-speed motor spindles and robotic tooling compatible with automatic tool changer systems, including cable routing, power distribution, and energy optimization. - Integrated pneumatic systems, servo drives, and stepper-driven linear actuators into robotic automation equipment. - Applied DFM/DFA and cost-efficient production design using CNC machining, welding, sheet metal forming, laser cutting, structural profile systems, and additive manufacturing technologies. - Designed 3D robotic cell assemblies and tooling compliant with industrial safety and ergonomic standards (ISO 12100, ISO 10218, ISO 15066). - Presented engineering solutions and automation concepts to executive stakeholders and investors.

- Secured 45+ new partners and suppliers. - Established and led the Asian robotics automation engineering office, building regional technical delivery, solution development, and operational processes. - Developed regional partner and supplier network, securing more than 45 robotics and automation technology partners. - Directed solution architecture development and technical customer engagement, delivering over 280 automation concepts for 88 industrial clients. - Designed structured technical training programs, improving engineering onboarding and solution development speed. - Implemented CRM and engineering workflow systems, increasing solution delivery throughput by four times. - Managed 88 clients and developed 288 quotations (over the 2024 year). - Developed a training system for the Asian sales team, enabling them to start working within 2 weeks. Implemented CRM and Airtable in the Asian office, accelerating quotations delivery to clients by 4 times.

- Designed and developed electro-mechanical robotic automation systems and production cells from concept through prototyping and early production deployment. - Led mechanical subsystem development including structural frames, EOAT tooling, actuator integration, and robotic equipment mounting solutions for multi-axis industrial robotic systems. - Designed full robotic cell architectures including production layouts, logistics flows, and cycle time optimization for complex automation environments. - Developed 3D mechanical assemblies, tooling, fixtures, and robotic cell environments in compliance with industrial safety and ergonomic standards including ISO 12100, ISO 10218, and ISO 15066. - Performed robotic cell risk assessments and prepared safety and compliance documentation supporting industrial deployment. - Designed automation solutions using Delta, SCARA, 5-axis and 6-axis robotic systems from KUKA, FANUC, Yaskawa, Kawasaki, and Universal Robots. - Developed robotic solutions for high-precision and high-throughput applications, including packaging and palletizing systems, machine tending and robotic milling, robotic welding (MIG/MAG), pick-and-place and material handling automation, laser processing systems (cladding, spraying, cutting, heat treatment), automatic guided vehicles (AGV) and warehouse automation, multi-level conveyor and logistics automation systems. - Designed manufacturable mechanical solutions applying DFM/DFA principles and cost-effective production methods including machining, welding, sheet metal forming, extrusion profile structures, and additive manufacturing. - Led end-to-end design and delivery of automation projects across multiple industries, designing robotic solutions for 53 production facilities across 30 companies. - Designed and managed 23 complex robotics engineering projects and led multidisciplinary technical teams of up to 14 engineers. - Managed presales engineering activities

Designed automation solutions and selected optimal manufacturing methods and technologies: - Created drawings and documentation for manufacturing, developed 3D models of solutions for 10 projects. - Developed structured cabling system diagrams and power connection schematics. - Selected technologies and methods to reduce manufacturing costs by 15%.

Taught university-level supplementary lectures and seminars, as well as preparation sessions for national Olympiads for over 500 students.

- Designed and developed mechanical components for VTOL mapping drone and autonomous landing platform systems. - Developed protective and structural solutions for LiDAR integration (LIVOX AVIA), including impact energy distribution mechanisms and vibration-resistant mounting architecture. - Designed automated landing alignment and centering system for quadcopter docking platform. - Developed modular fuselage housings for onboard systems, including POV cameras, GPS modules, and radio receiver integration. - Designed crash-resistant fuel system mounting with load distribution and impact protection features. - Contributed to the development of waterproof autonomous landing platform and automated charging dock architecture.

- Designed and developed an autonomous service robot for visitor navigation and event guidance at EXPO exhibitions. - Led full product development lifecycle from concept design to functional working prototype. - Designed load-bearing structural frame, wheelbase architecture, and external housing components. - Developed mounting solutions for multimedia displays, sensors, indicator systems, and charging interfaces. - Independently manufactured and assembled mechanical components and prototype elements.

- Designed, maintained and repaired mobile robotic platforms and mechanical components. - Developed engineering solutions and robotic systems for participation in the World Robot Olympiad (WRO).