- Placement scope (percentage)
10
- Placement duration (hours)
480
Name of the placement:
Electrical Measurements Placement
Activities during the placement: The aim of the placements is to become familiar with electrical system measurements, their application principles, and safe working methods. At the beginning, an introduction to the measurement placement is conducted, covering the subject content and assessment procedure, and presenting the training stand Electrical Safety and Quality Application Trainer MI 3399 and the necessary measuring instruments. Practical work is then carried out: measuring the main parameters of the electrical network – line and phase voltages, apparent impedance, and short-circuit current; measuring loop impedance in TN, IT, and TT systems; and assessing insulation condition and the parameters of residual current devices (RCDs). Earth resistance and soil resistivity measurements are also carried out. The parameters of power quality are analysed – changes in power, energy, and voltage swells and dips. The condition of portable electrical appliances is assessed by carrying out periodic inspections. Finally, the input and output electrical parameters, temperature and light level of the solar power plant inverter are measured.
- Placement scope (credits)
6
Name of the placement:
Electrical Engineering Systems Placement
Activities during the placement: During the placement, students become familiar with the organisation of installation work for electrical and automation equipment, observing how work is planned and allocated, and how work safety and control are ensured. Internal electrical network installation is also carried out, involving the fitting of cables, switches and protective devices. During the placement, students carry out the installation of external electrical networks, including cable laying and the construction of cable routes. In addition, the installation of automation equipment is carried out, involving the installation of controllers, sensors and other devices integrated into the electrical network. During the placement, electrical installation measurements are also carried out, including earth resistance and loop impedance measurements, which are documented in accordance with applicable standards and legislation.
- Placement scope (credits)
12
Name of the placement:
Final placement
Activities during the placement: Final placement in the Technological Equipment and Systems Control specialisation – an engineering analysis of technological processes and equipment is carried out, reviewing their structure, technological diagrams and work cyclograms. During the placement, students assess the company’s level of automation, use advanced automation equipment and installation technologies, and also analyse aspects of installation work organisation and quality control. The condition of technological equipment is assessed, an analysis of the causes of faults is carried out, the repair system is reviewed, and the most common faults are recorded. During the placement, methods of work organisation, quality assurance, and occupational safety and environmental protection measures are also examined.
Final placement in the Consumer Electrical Equipment and Electrical Networks specialisation – during the placement, a comprehensive engineering analysis of electrical installations and systems is carried out, in which students become familiar with the national standards and regulatory documents applied by the company, as well as occupational and environmental safety requirements for operating electrical installations. The electrical diagrams of technological equipment are analysed using standard symbols, and the operation of electrical equipment is assessed on the basis of technical operating instructions. Covers the components of electrical equipment, their functions and diagrams, and possibilities for improving equipment, as well as automation tools and devices. During the placement, students become familiar with the most advanced equipment installation technologies and quality control methods, and also analyse the company’s electrical equipment repair system and the causes of faults. The level of automation of a company’s electrical installations is assessed, using computer-aided design software and preparing design documentation for electrical systems.
Final placement in the Renewable Energy specialisation – during the placement, students carry out a detailed engineering analysis of electrical installations and systems, examining the national standards and regulatory documents applied by the company, as well as occupational and environmental safety documentation ensuring the safe operation of electrical installations and systems. Students become familiar with electrical circuit diagrams using standard symbols, and analyse the components of electrical equipment and their functions, as well as ways of improving this equipment. The operation of electrical installations is assessed on the basis of technical operating instructions, together with the most advanced installation technologies, quality control of installation work, and instructions. During the placement, the repair system for renewable energy source electrical installations is examined, along with the causes of faults, the most common faults, and the form of fault reports. The level of automation of the company’s electrical equipment and systems is assessed, and the design of renewable energy source (RES) power plants and their connection to the electricity grid is analysed. Computer-aided design software is also used to prepare design documentation for electrical systems, ensuring quality management and occupational safety.
- Placement scope (credits)
18
- Placement scope (percentage)
10
- Placement duration (hours)
480
Total:
- Placement scope (credits)
36
- Placement scope (percentage)
20
- Placement duration (hours)
960
Choice of placement venues:
Students can choose or find a placement in Klaipėda city, Klaipėda district, the Western Lithuania region, or anywhere else in Lithuania or abroad.
Final placements are carried out at:
UAB Terekas, UAB Boskalis Baltic, UAB Bega, AB Orlen Lietuva, UAB VMG service Klaipėda, UAB Paliana, AB Grigeo Klaipėda, UAB Voltas, UAB Klaipėdos duona, AB Energijos skirstymo operatorius, UAB Scandbook, UAB Elminda, AB Kauno tiltai, UAB Inno Line, UAB Axioma servisas, and others.
