
Explore the shift from industrialization to the fourth industrial revolution, including digital production and Industry 4.0. See how computers and automation enable cyber-physical integration and automated design.
Explore digitalisation and digital transformation in Industry 4.0. Connect machines, control systems, cyber physical systems, and tools to computers to analyze data, forecast production, and enable virtual reality human integration.
Explore how networked computers enable automated production, digital twins, AI-driven decisions, sensors and big data, 5G, and additive manufacturing in Industry 4.0 digital factories.
Explore national approaches to digitalisation, including government procurement, private initiatives, and Industry 4.0 programs. Emphasize investments, training, a unified data model, digital maturity assessment, and cloud-based, ecosystem-driven production.
Describe how a digital enterprise uses process and entity models and a digital prototype to maximize equipment efficiency and enable real-time PLM.
Balam system’s single knowledge environment that digitalizes the product lifecycle from concept to disposal, enabling metadata-driven PLM, workflow integration, and cross-domain data exchange.
Explore how an integrated ERP system coordinates HR, equipment and tools, CRM, and warehouse management system to optimize production and customer interactions through IIoT, MES, and cloud data.
The course 'Digital technologies in manufacturing processes' shows modern approaches and trends in product design, manufacturing and managing in an enterprise. Generally the fresh information is used in master degree courses, but for this course you do not need special knowledge to understand how an enterprise in the future could work in the information era.
Today digital work and digital transformation are hard but necessary goals for all companies. Since the beginning of the Fourth industrial revolution, each factory needs specialists who know what ERP or VR is, how to build a digital warehouse or a network with cyber-physical systems, where RFID is used, or what is TPM for service. The course includes basic information about digital twins, the Industrial Internet of Things, PLM, and many other digital technologies. To formalize it, we set ourselves the following goals:
To give an idea of the development of the enterprise digital environment.
To give the skills to use solutions and digital algorithms and find the digitization of the product life cycle.
The course "DIGITAL TECHNOLOGIES IN PRODUCTION PROCESSES. PART 1" was developed by CAD specialists at Togliatti State University and National University of Science and Technology "MISIS".