The graduate of the study programme Energy Machines and Equipment in the study field of Mechanical Engineering can: a. define the sources of energy and the possibilities of their transformation and use, safety risks in the transformation and use of various forms of energy, including waste management; b. characterize the production documentation in energy production, operational documentation of energy and hydraulic systems, or their components, documentation defining the energy parameters of energy machinery systems; c. define the method and distribution and efficient use of thermal and hydraulic energy, including the selection of technical equipment and the managerial and marketing context necessary in the development and application of technologies in production and in communication with the customer; d. describe technologies of production and transformation of energy, technologies of use of alternative sources of energy, technologies of mechanical production with a focus on the processing of metallic and non-metallic materials, principles of design of energy machines and equipment, methods and procedures for testing energy systems and their components; e. describe the following topics apply general knowledge of the natural science basis of the study field of mechanical engineering, especially thermomechanics and fluid mechanics,design, construction and manufacture of machinery and mechanical equipment,safe and efficient operation of power and hydraulic machines and equipment,legal context of the acquisition, distribution and use of various forms of energy.
The graduate of the study programme Energy Machines and Equipment in the field of study Mechanical Engineering can a. prepare documents for design modifications of energy machines, for design modifications of energy distribution systems; b. determine methods of ensuring safe and efficient operation of energy machines and equipment; c. select appropriate methods and procedures of measurement and technical means of measurement, suitable for measuring the performance parameters of energy equipment,appropriate methods, procedures of processing and evaluation of measured data; d. draw up the required documents from the measurement of parameters of energy systems,technical drawings with the support of computer programs,certificates, opinions and protocols on the results of operational measurement of energy equipment; e. draw up the following apply the principles of occupational health and safety, fire protection and occupational hygiene and environmental protection,general procedures in the acquisition, distribution and use of individual forms of energy,case studies in the acquisition of thermal and hydraulic energy from renewable and non-conventional energy sources; f. obtain information on new technologies of energy conversion, distribution and utilisation,technical data and documents on modern construction methods,information on progressive materials and their application in energy systems.
A graduate of the study programme Power Engineering Machines and Equipment in the field of study Mechanical Engineering has a. the ability to independently solve professional tasks and possibly coordinate sub-activities in the production, distribution and use of thermal and hydraulic energy, b. the ability to present their own views and solutions in the acquisition of thermal energy from various renewable sources, in the acquisition of thermal and hydraulic energy from non-conventional sources; c. Ability to work effectively in a team, to cooperate and motivate people in design and engineering work,in ensuring the safe and efficient operation of energy equipment, d. Ability to analyze technological designs for energy production, distribution and consumption; e. Transform theoretical designs into technical solutions; f. Ability to design software solutions.
The structure and quality of the educational process is the basis for the successful application of bachelor graduates in practice. A high proportion of project work and production and professional practice of 6 weeks create good prerequisites for rapid adaptation of graduates to the requirements of practice. On the other hand, the application of bachelor graduates is currently limited by the interest of employers and by the low interest of bachelor graduates themselves in going into practice. Almost all bachelor graduates are interested in continuing their studies at the second cycle. The applicability of students of the Faculty of Energy Machinery and Equipment offered at SJF STU in Bratislava can be verified from publicly available sources, for example on the website uplatnenie.sk. The results of the analytical website for the last two years document that the majority of graduates of the Bachelor's degree continue their studies in the subsequent second cycle of the second cycle of studies.
The study is oriented to a wide range of machines and equipment used in the production, transformation and accumulation of various forms of energy with regard to production safety and ecological requirements. A graduate of the 1st degree (Bc.) with knowledge of the construction and operation of energy machines and equipment, legislation, ecology, ergonomics, economics, business and management is able to work in every sphere of the national economy in areas related to the production, construction and operation of energy systems, machines and equipment. He/she is able to carry out, alone or in a team, simple structural designs and modifications of energy machinery and equipment and to manage the operation of selected energy units.
As stated in the preceding paragraph, all graduates of the bachelor's degree program who will graduate in the 2019 academic year
It is clear from the statistical data presented in (3) that bachelor's degree graduates (with one exception) go on to a second cycle of study and therefore it is not possible to obtain relevant information from employers in the industrial sphere.They are not aplicable, it is not a preparation for regulated professions
