Training duration:

1800 hours
(552 hours of theory, 1248 hours of practice)

Lesson duration:

45 minutes

Accreditation number:



Effect for participants:

  • Knowledge of the basic concepts in electrical engineering, capable of working with electrostatic field, direct current, direct current circuits, magnetic field and electromagnetic induction.
  • Capable of working with alternating current, transient phenomena and three-phase system.
  • Know electric quantities, components for direct current and alternating current, electrical measurement methods, selection of cables, mains electricity.
  • Capable of identifying the risk of overload, short circuit, and overvoltage.
  • Know the effects of electricity on the human body.
  • Know the basic concepts in electric technology, the properties of electrical materials, iron, electrical conductors, insulators, semiconductor materials, magnetic materials, conductors and cables, electrolytes.
  • Know the materials, their properties and application in the electrical industry.
  • Capable of selecting, without any assistance, suitable materials for constructing assemblies of electrical devices.
  • Know the essence and principle of the laws of electricity and their practical use.
  • Capable of solving simple and complex electrical and electronic circuits.
  • Know the components and elements of industrial electronics.
  • Capable of monitoring signals and checking the interfaces.
  • Capable of systematically searching for errors without any assistance.
  • Know how to test and assess the function of protective conductors and equipotent bonding conductors.
  • Know how to work with passive electronic components (resistors, potentiometers, capacitors, inductors, transformers, speakers), active electronic components, (diodes, transistors, thyristors, DIACs and TRIACs, integrated circuits), electro electromechanical components (switches, connectors, relays), sensors and actuators (electric motors).
  • Capable of controlling single- and multi-parameter controlled systems.
  • Possess the most up-to-date knowledge on the means of automation such as sensors, transducers, control members, and amplifiers.
  • Capable of using control equipment in practical applications.
  • Know how to use computer technology in control systems in automation and production environments. Skilled in PLC programming and its practical applications.
  • Know the basic concepts of industrial informatics.
  • Know the basic concepts of software products, methods and troubleshooting procedures to address automation problems.
  • Capable of selecting, installing and testing communication devices in enterprise automation and production processes.
  • Know the forms and principles of the operation of communication devices in networks.
  • Capable of assessing hardware and software components and ensuring optimal installation and deployment of systems for transmitting signals and data to operation processes.
  • Know how to check and configure the functions of automation technology.
  • Capable of choosing, attaching, connecting and using the measuring, testing, and diagnostic equipment without any assistance.
  • Know how to check and configure the functions of automation technology.
  • Capable of choosing, attaching, connecting and using the measuring, testing, and diagnostic equipment without any assistance.
  • Capable of processing the measured and detected values.
  • The participants who complete the module will be familiar with automated systems and work in compliance with the company’s safety rules. Capable of putting the components of automation and manufacturing equipment into operation.
  • Know the operation of automation and production systems and understand the operation planning and management.
  • Capable of controlling and assessing work performance.
  • Know the corporate quality management.
  • Know the procedures that minimize environmental impacts.
  • Comply with occupational safety and health

Content frame:

Electronics and electrical engineering

  •    The basics of electrical engineering
  •    Installations of electrical equipment in compliance with safety requirements
  •    Electrical materials

Electronics, Control of hydraulic and pneumatic circuits, Electrical measurements

  •    Electronics
  •    Control of hydraulic and pneumatic circuits
  •    Electronic measurements

Electronic components

  •    Electronic components

An introduction to automatic control, Control systems

  •    An introduction to automated control
  •    Control systems

Programming of automation equipment, Industrial informatics

  •    Programming of automation equipment
  •    Industrial informatics

Communication in industrial automation, Installation, and configuration of communication devices, Measurements in automation technology

  •    Communication in industrial automation
  •    Installation and configuration of communication devices
  •    Measurements in automation technology

Automation technology

  •    Checking and configuring the functions of automation equipment
  •    Maintenance of automation equipment

Occupational safety, Commissioning, and operation of automation and production systems

  •    Safety of automation technology and occupational safety
  •    Commissioning and operation of automation and production systems

Operation planning and control, inspecting and evaluating work performance, Quality management, and Environmental protection

  •    Operation planning and control, inspecting and evaluating work performance
  •    Quality management
  •    Protection of the environment
  •    Occupational safety and health