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Training in required skills and competencies to improve your current skills
Internships in the format of short intensive courses and master classes, training on the basis of advanced training centers and leading technology platforms
Online educational programs from leading international experts in high-tech competencies, developed on the basis of advanced technological solutions, international experience and expertise of the BRICS countries +
- You will form an idea of the content of the competence, the development of promising skills and technologies in the chosen area
- Get acquainted with the practices of increasing labor productivity and efficiency of technological processes in the chosen competence
- Learn how to conduct an independent assessment of specialists ' skills and benchmark technological solutions
- Within the framework of a series of technological master classes on competence, you will get acquainted with advanced technological solutions and work out relevant skills in practice
- Exchange of experience in solving innovation problems
- Formation of individual innovation proposals
- Development of rationalization proposals in the project team
- Familiarization with the practice of innovation in the country's enterprises
Within the framework of the intensive course, we offer you to get acquainted with the best international practices and tools for increasing labor productivity and advancing the development of industries.
Experts and specialists leading technological solutions and production practices in the electric power industry, mechanical engineering, space and telecommunications industries, as well as other high-tech areas will be presented.
For production organizers within the framework of the intensive course, tools for implementing changes and developing innovative skills in implementing development projects at enterprises will be presented.
Intensive course topics:
Best practices and tools for improving labor productivity based on international experience and expertise
- Increase labor productivity through an international benchmark of technology and labor experience
- Application of artificial intelligence technologies to improve the efficiency and quality of image processing in graphic design
- Application of artificial intelligence technologies in satellite image processing. Improving the operational efficiency of spacecraft and their systems
- List of highly effective technological solutions in the field of CAD application based on a comparison of computer-aided design technologies and advanced skills
- Digital twins for designing new production facilities and optimizing existing production processes.
Practices of implementing changes in the implementation of development projects in enterprises
- Main barriers to implementing development projects in the workplace and production areas of industrial enterprises
- Tools for system implementation of changes, work with the resistance of employees and managers
Partners: IEK GROUP, R-Pro Concern
- You will gain an understanding of international tools and practices for improving labor productivity for promising and high-tech industries
- Explore trends in improving the efficiency of companies ' technological maturity through the introduction of new technologies and optimization of existing production processes
- Identify barriers to implementing change and learn the tools that can be used to overcome these barriers and increase productivity.
Training aimed at mastering new technologies and markets for high-tech products
In this tutorial, we will introduce you to such concepts as blockchain. We will also tell you what opportunities and limitations this technology has. Let's look at consensuses and their types, talk about different platforms for working with the blockchain, delve into the basics of developing smart contracts, clearly show typical vulnerabilities of blockchain solutions, and touch on the legal area of the blockchain.
The purpose of this course is to explore what blockchain technology is all about. Master the basics of technology, learn the general principles of block chain formation, immerse yourself in the field of cryptography and get acquainted with the basics of developing smart contracts, as well as various blockchain platforms
- get an idea of the main tasks and concepts of modern blockchain systems;
- learn the protocols used to ensure the operation of blockchain systems;
- learn the basic techniques for building and using protocols designed for blockchain systems;
- get an idea of how to analyze the security of the cryptographic protocols used;
- gain skills in working with well-known blockchain platforms such as Ethereum, Hyper Ledger, EOS, and Confidential.
- gain skills in developing a comprehensive solution based on blockchain technology, including a smart contract and a user-friendly interface
Information security is a multidisciplinary field of knowledge and skills in the field of information technology.
Information security specialists are responsible for ensuring the confidentiality, integrity and availability of data during their transmission, processing and storage at all stages of the design and operation of information systems and/or information infrastructure of the enterprise within their field of specialization.
The student will receive competencies for conducting deepening knowledge in professional activities and solving problems in the implementation of specialized activities in the field of information security
- get basic knowledge in the development and application of modern information security solutions and methods.
- Learn about the main tasks and concepts of an information security system;
- learn the protocols used to ensure the operation of information security systems;
- learn basic techniques for building and using information security systems and networks;
- learn how to analyze the security of the cryptographic protocols used;
- gain skills in working with well-known security systems, such as MikroTik CHR, vESR, InfoTecs products, and operating systems: RED OS, BASEALT, Astra Linux Special Edition;
As part of the course, students will have a step-by-step introduction to the field of application of computer-aided design (CAD) systems for the development of industrial products. The course is designed for engineers working in the field of mechanical engineering and instrument engineering and is aimed at familiarizing themselves with current trends in design automation, as well as acquiring basic knowledge and skills for working in two different systems.
After completing the course, students who have mastered the basic functionality of the systems will be able to design both individual parts and assembly units from scratch, as well as draw up drawings and specifications according to current standards.
- you will get an idea of the basic concepts and tasks of modern CAD systems;
- get practical CAD skills in the process of designing various equipment, machines and mechanisms;
- you will master the basics of working with CAD of mechanical products and structures;
- get acquainted with the cycle of developing new products using CAD;
- develop 3D models and technical documentation in accordance with Russian (ESKD) and international (ISO) standards;
- you will master the skills of modeling parts, assembly units, associative creation of documentation and demonstration materials of projects:
The course is devoted to the implementation and management of the architectural and construction design process using information modeling technologies.
Students will learn how to select and apply software for modeling and organizing the shared data environment, form a plan for implementing an information modeling project taking into account the legislation and customer requirements, and check models for compliance with these requirements.
Get an insight into the digitalization of construction and the application of information modeling technologies;
learn how to apply information modeling technologies when solving problems at the stage of the ACS life cycle;
get the skills to use a digital view of the source information to create an information model of the ACS;
master the basic techniques for creating an information model of an ACS based on drawings, tabular forms, and text documents;
learn how to view and extract data from ACS information models created by other specialists;
learn how to select the necessary components for developing information models;
get the skills to fill in attribute data elements of information models of the ACS;
get the skills to justify your decision when creating structural elements of the ACS information model;
learn the principles of using the necessary software tools for information modeling and solving specialized problems;
Get acquainted with the techniques and principles of forming requirements for technical, information and software-information modeling processes;
get skills in displaying the data of the ACS information model in graphical and tabular form;
