The need for efficient production organization in modern economic conditions forces machine-building enterprises to introduce and maintain the functioning of various production systems based on lean manufacturing principles. One of the prerequisites for the qualitative training of graduates for such enterprises is the formation of their competence in the field of lean production. The system approach to the formation of these competences is considered. The basis is based on modern educational technologies that ensure the activation of educational and cognitive activities of students and the effectiveness of the educational process in general.

Keywords: lean manufacturing, interactive training technology, a systematic approach to learning, form and method of teaching, competence, machine-building production, technological process, practice-oriented training, production system, training effectiveness

This paper presents the implementation technology of a bachelor interdisciplinary training as a part of the research work. Implementation experience of this technology is disclosed as an example of solving rational cutting material problem for the manufacture of large-sized products, consisting of parts, limited nominally cylindrical surfaces. A distinctive feature of this technology implementation is a special cast group: full-time and part-time students having experience in the specialized enterprises. Implementation of interdisciplinary training in the scientific research focused on solving production problems on the basis of technology, it helps to activate the student cognitive activity, the goal-setting formation to the study of some disciplines, better understanding of the studied techniques and technologies, the formation of conscious need to improve their professional competence constantly.

Keywords: interdisciplinary training, competence, student scientific and research work, production problem, educational technology, material cutting

"Realization of ensuring radiation safety in the projected technological processes of the equipment dismantle when the NPP blocks being taken out of operation is considered. The material is intended for the experts taking part in the development of projects of taking the NPP blocks out of operation."

Keywords: NPP block, taking out of operation, equipment dismantle, technological process, radiation safety, procedures of ensuring radiation safety

Application of interactive form of education when performing final qualification works is very expedient in the conditions of the modern organization of educational process. A number of interactive methods of training such as work in small groups, modeling of productions and situations, brainstorming, a method of projects can be realized by the head of group of the students united by one object of final qualification work. Application of interactive form of education when performing final qualification works strengthens their production orientation and promotes ensuring readiness of graduates for work in real working conditions

Keywords: interactive methods of training, final qualification work, work in small groups, modeling of productions and situations, brainstorming, a method of projects

The article is devoted to the problem of radiation security, that must be carried out in the technological process of equipment dismantle of nuclear power plants’(NPP) blocks removed from the exploitation. According to these requirements the structural-parametrical adaptation of technological process should be held during the projecting

Keywords: NPP block, removing from exploitation, equipment dismantle, technological process, radiation security, normative regulation, engineer- radiation inspection, dosimetric control, the procedure of radiation security providing, the structural-parametrical ada

Disassembling of NPP equipment, systems and metal constructions is a compulsory procedure in the final stage of NPPs work cycle, namely withdrawal. Disassembling technology is closely linked with some necessary conditions, that is why some mandatory requirements must be fulfilled.
The disassembling tasks can be carried out with the help of modern tech-nologies, means and instrumentware. The system of task-oriented engineering and adaptation to the environment and its conditions provides informational and me-thodical supporting in the process of developing the technology of equipment dis-assembling.   
This article presents the common methods and practical recommendations for developing the technological process of disassembling of NPP equipment.  

Keywords: NPP (nuclear power plant) unit, equipment disassembling, fragmentation, safety, permissible doses, remote control, engineering system, model, boundary condition, matrix