RI MMICS

Research Institute “Mathematical Modeling and Intelligent Control Systems” is a structural unit dedicated to the development and advancement of cutting-edge scientific and applied research in the field of modern industrial artificial intelligence theory, information systems for automation and control of structurally complex manufacturing systems. Particular focus is placed on the implementation of the most impactful breakthrough technological solutions and mathematical software in the areas of energy, mechanical engineering, and transportation.
Our Research

Our Areas of Work

Mathematical Modeling of Complex Physical Systems
Advancing the theory of mathematical and simulation modeling of complex physical objects, processes, and phenomena for monitoring and control applications in technical systems and technological complexes
Novel Adaptive-Stochastic Methods in Computational Mathematics and Mechanics
Development of novel adaptive-stochastic methods in computational mathematics and mechanics for solving interdisciplinary problems in engineering and natural science analysis — spanning modeling, optimization, and experimental study of physical and mechanical systems using supercomputing technologies
Theory of Adaptive and Intelligent Control Systems
Advancing the theory of adaptive and intelligent control systems for complex technical objects, distributed systems, and industrial technological complexes, addressing current challenges in engineering, scientific experimentation, and industrial automation
Modern Training Methods for Highly Qualified Specialists
Developing and implementing modern curricula for the training and retraining of highly qualified specialists in high-tech fields, grounded in international academic collaboration and joint educational programs

Leadership

Dmitry G. Arsenyev
Dmitry G. Arsenyev
Scientific Head of RI MMICS,
Doctor of Technical Sciences, Professor,
Corresponding Member of the Russian Academy of Sciences
Vyacheslav P. Shkodyrev
Vyacheslav P. Shkodyrev
Director of RI MMICS,
Doctor of Technical Sciences,
Professor

M5 Platform

An intelligent manufacturing optimization platform that leverages AI and machine learning to enable flexible and efficient process management.
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Partners

FAQ

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We conduct theoretical and applied scientific research, and also offer turnkey solutions for industry, such as our M5 platform.

  • Control of complex, poorly formalizable dynamic systems (production systems and technological processes).

  • Control of systems under uncertainty of influencing factors.

  • Situational control of technical systems (control in non-standard, pre-emergency, and emergency situations).

  • Group control of team behavior in distributed objects interacting to achieve common goals.

We work with industries such as oil and gas, metallurgy, aviation, transport, logistics and others.

Our platform is suitable for a wide range of sectors, including oil and gas, metallurgy, energy, transport and logistics. It supports organizations seeking to improve operational efficiency through advanced data analytics and process optimization capabilities.

The platform includes four basic modules that require customization to match your processes. Our team provides comprehensive support during installation and integration, ensuring optimal alignment with your goals.