Nikolai Zhivotenko

Leading core engineering initiatives and shaping the technical foundation of Buildroid’s AI platform. Owning high-impact architectural decisions, designing scalable backend systems, and driving technical alignment across teams. Mentoring engineers and raising the bar for code quality, reliability, and system design.

Leading the development of embodied intelligence - integrating perception, planning, control, and learning into scalable, production-grade robotic platforms. Translating advanced AI research into reliable real-world autonomy.

Leading the development and implementation of AI/ML solutions tailored for orthodontic applications, enhancing precision in treatment planning and advancing patient care through innovative technology.

Leading digital platforms and advanced manufacturing systems enabling sustainable, carbon-negative 3D-printed solutions for marine ecosystem regeneration.

Computer and Information Research. Software Architecture.

Driving Integrated Computational Materials Engineering (ICME) initiatives from R&D through to production, optimizing materials design and manufacturing processes for enhanced performance and efficiency.

Physics and Mathematics Modeling. Computational geometry, 3D printing algorithms.

Top Systems is the leading Russian developer of advanced, integrated CAD/CAM/CAE/PLM solutions for engineers and industrial designers.

JSC «Kompozit» - materials science leading enterprise of the State Corporation «Roscosmos». Study of the properties of materials and coatings of space rocket technology. Physical and mathematical modeling of composite materials.

Contact-Technology, LLC has developed and manufactured the entire hardware complex of technical means for the ground tracking station of the international radio astronomy project "Spektr-R" ("Radioastron") and "Spektr-M" ("Millimetron"). Currently, these technical facilities are operated by the Lebedev Physical Institute of the Russian Academy of Sciences (LPI RAS). A set of equipment developed and manufactured by Contact-Technology LLC as part of the LPI RAS was placed in The National Radio Astronomy Observatory (NRAO) of the United States, located in Greenbank, where it is successfully operated by an international team of specialists together with Russian scientists.

Scientific research in the field of fundamental and applied problems of designing units and compartments of artificial earth satellites, planetary and orbital stations, space antennas, reusable spacecraft, rockets and rocket engines.

Research in the design and manufacture of products from polymer composite materials.