3 дня

Educational intensive for leading technical specialists

This course is prepared for leading technical specialists, technology development managers and executives who are thinking about robotizing their industries, how and what processes can be robotized, how to design a robotic complex, how to organize a project for its implementation, how to minimize project risks, how Ensure the highest productivity of robotic systems, the fastest return on investment and maximum economic efficiency.

The course provides basic theoretical knowledge necessary to launch and implement robotics projects, as well as the practice of working with robots of different brands, with various grippers, service stations, as well as smart industrial safety systems, technical vision, software for designing robotic complexes, modeling robotic processes, programming and controlling robotic complex, etc.

Course content:

  • Acquaintance with major robot brands and robotics trends
    • Acquaintance with the types of robots and robotic systems
    • Industrial, collaborative, mobile and service robots
    • Model range overview
    • Comparison, advantages, disadvantages
    • Modern trends in robotization
  • Defining processes for robotization
    • How to conduct a technical audit of production for the possibility of robotization?
    • How to calculate a feasibility study of a robotization project and return on investment?
    • Preparation of a business plan for a robotization project
  • Design of robotic complex
    • Robotic complex layout
    • Selection of robots, production equipment, technological equipment
    • Robot grippers
    • Infrastructure Industry 4.0 for robotic complex: controllers, sensors, vision systems, etc.
    • Industrial safety system design
    • Compliance with standards and regulations
  • Creation of digital twins and offline programming of robotic complex
    • Acquaintance with the modeling environment
    • Creation of digital twins of production cells and processes. Optimization of robotic complex projects in the digital environment
    • Programming and offline programming of robots of different brands
  • Organization and management of the robotic complex implementation project
    • Planning and managing robotization projects
    • Installation and commissioning
    • Trial operation
    • Development of operational documentation
    • Training
  • Organization of effective operation of robotic complex
    • Implementation of a digital control system for robotic production
    • Implementation of digital and robotic quality control systems for manufactured products and processes
    • Ensuring industrial safety
    • Maintenance and support
    • Modernization of the robotic complex
  • Analysis of industry examples of robotic complex implementation. Best practices and success stories.

 

Program partners: KUKA, Rethink Robotics, Inrotech, Sick, Schunk, Schmalz, Visual Components, Delfoi, Concern R-Pro

 

Robotics
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