The competence "Technological systems of energy facilities" defines a set of skills and knowledge necessary for effective design, operation and maintenance of energy systems. Specialists in this field ensure uninterrupted operation of power facilities using advanced automation and monitoring technologies.
The competence includes the development of diagrams and drawings, computer modeling of thermal and hydraulic processes, as well as setting up and optimizing the operation of pumping units, heat exchangers and other equipment.
Solutions within the competence meet safety and efficiency standards, contributing to the sustainable development of energy infrastructure. It is based on the professional skills of design engineers, adjusters and operating personnel responsible for the reliability and safety of power facilities.
Format participation in the competence "Technological systems of energy facilities" is individual. The contest task is completed by the participant, then the rating is set by experts.
1 participant + 1 expert
The minimum number of experts in the evaluation group is 4 people. A measurable and judge-like rating is given by 3 non-mentor experts in relation to the participant. Expert 4 is required to replace the mentor in case of evaluation of its participant.
Team members complete a technical task
The results are evaluated by experts at the end of each competition day (or on the next competition day).
The competition task includes design, automation and control of technological systems. Participants will have to demonstrate their skills in three independent modules:
This format allows participants to comprehensively demonstrate their capabilities in key aspects of working with technological systems of energy facilities.
Each specialist is tested for the level of proficiency in two groups of knowledge and skills
Professional skills based on the participant's specialization
General professional knowledge of the participant's specialization
Skills are evaluated through the quality and effectiveness of work actions.
Measurable criteria are used to assess the quality of task execution: compliance of the content and layout of the scheme with technical requirements, work with computer-aided design (CAD) systems, manufacturability of the developed schemes. To assess the identification of inconsistencies between the description of measurement channels, algorithms for technological protection and blocking in the operational procedure and the GET-project of the automated process control system, measurable and judicial assessments are used: development of a mathematical model of the system and identification of algorithmic inconsistencies. It also takes into account the compliance of the 3D model of the system with the basic hydraulic scheme and the manufacturability of the developed parts, taking into account the optimality of their manufacture.
Interaction is conducted in chats:
| Format for providing source data and results | CAD software for completing competitive tasks* | Tools for checking summary digital information models |
|---|---|---|
| IFC® | No restrictions® | CADLib® Model and Archive |
In order to ensure information security and avoid violations by participants on the competence platform, special StaffCop software is used, information about which is communicated to participants on the C-1 day with the preparation of the corresponding protocol against signature.
Leypi Evgeny Vladimirovich
Chief Expert of the competence "Technological systems of power facilities"
+7 980 345 02 55
leypi@cate.ru
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