Industrial Automation R&D

• Search work for formalization and structuring of technical requirements;
• Patent research;
• Formation of concept and appearance;
• Industrial design;
• Selection of optimal components;
• Modeling of design components in specialized CAD systems;
• Calculation of strength and resource characteristics;
• Synthesis of control systems and selection of mechatronic elements in CAE systems;
• Modeling and testing of control algorithms on models using ROS and MATLAB software tools;
• Design of parts, assemblies and working documentation are performed in the Compass-3D, Inventor, SolidWorks environment;
• Design and programming of microcontrollers, electrical circuits;
• Development of centralized industrial automation systems;
• Cognitive technologies and machine vision.

High-tech digital laboratory for industrial design and prototyping for Russian industry:

• Mathematical modeling and natural verification of the results of modeling the processes of delivery and provision of technological impact;
  Development and implementation of process charts for the manufacture of units;
  Development and implementation of technological equipment;
  Evaluation of the effectiveness and improvement of delivery systems and provision of technological impact;
  Virtual reality (virtual reality prototyping using AI technologies);
  Industrial design (3D scanning, 3D modeling, development of design projects, photorealistic visualization, preparation of design documentation, author's supervision);
• The production complex, equipped with the most modern equipment, allows generating, calculating and building in digital format complex functional products for various industries:
• Manufacturing of large-scale models, full-size test samples, pilot batches;
  Manufacturing of test stands;
  Additive prototyping from plastics and metals;
  Prototyping of automation (prototyping of robotics, telemetry, creation of a prototype based on microcontrollers, microcomputers, testing and debugging of prototypes).

• Measuring machine part wear parameters, deviations from the original shape;
• Coordinate measurements of complex-shaped parts;
• Non-contact testing of bodies of revolution;
• Monitoring the precision characteristics of equipment;
• Multidimensional linear measurements for testing complex-shaped parts;
• Surface roughness measurements;
• Study of the microstructure of steels and alloys;
• Study of the distribution of microhardness over the surface of products;
• Study of the relief and structure of surfaces and measurement of mechanical properties (including hardness and elastic modulus) of bulk materials and thin films on the submicron and nanometer scale;
• Testing products under aggressive environmental influences;
• Experimental study of the process of applying ultra-thin films from a special alloy;
• Debugging of modes and standardization of the application of protective coatings.