The learning outcomes were approved by Resolution No. XLV/257/16 / Senate of the Stanisław Staszic University of Applied Sciences in Piła of June 16, 2016 on the enactment of a first-cycle study program in the field of Electrical Engineering on practical profile.
EFFECTS OF EDUCATION AT ELECTRICAL ENGINEERING IN THE RANGE OF KNOWLEDGE
K_ELE_W01 Has got knowledge in the scope of: algebra, complex numbers, matrix calculus applied in solving linear equation systems of mathematical analysis: numeric strings , numeric and power series, in the scope of function properties, differential and integral calculus of one or many variables of mathematic logic and theory of set of elements of analytic geometry and vectorial calculus, basis of mathematical statistics necessary to understand, describe and analyse the functioning of electrical elements and systems (analogue and digital ones) and basic related phenomena.
K_ELE_W02 Has got basic knowledge on numerical methods applied in solving simple engineering problems in the field of electrical engineering, knows computer tools for data, realisation of numerical calculations as well analysis and design of some technical systems
K_ELE_W03 Has got basic knowledge in physics in the scope of: Newtonian mechanics and hydromechanics, thermodynamics, electricity wave movement, electro-magnetism, classical electro-dynamics, field theory, solid state physics, matter and physics of related electrical phenomena, optics, radioactivity, nuclear physics, gravitation and general theory of relativity, including the knowledge necessary to understand basic physical phenomena occurring in electrical elements and systems and in surrounding thereof
K_ELE_W04 Knows necessary vocabulary and expressions in foreign language as well basic grammar form to be able to communicate in foreign language and understand basic technical texts
K_ELE_W05 Knows basic properties of electro-technic materials as well as methods of testing and applying them
K_ELE_W06 Has got basic knowledge on graphical record of a structure in the environment of computerised design support. Knows how to create and read out operation drawing of details and drawings of electro-mechanic structures in engineering applications.
K_ELE_W07 Knows important ideas of computer science. Has got general knowledge in the scope of computer construction and operation, computer software and networks. Is aware of threats for the safety of computer systems and some legal issues related to computer work
K_ELE_W08 Has got principal knowledge in using primary computer tools, basis of programming and computer science technologies as well as basis issues related to operation of computer networks. Knows the MatLab programming environment and basic principles of C language programming
K_ELE_W09 Has got principal knowledge in theory of electrical circuits. Knows basic laws of electro-technics, basic features of electrical circuits elements, has got knowledge on stable and unstable states. Understands methods applied in the analysis of linear electrical circuits. Knows the application of operational calculus in the analysis of circuits, knows the principles of the long wave theory.
K_ELE_W10 Knows basic laws and properties of electromagnetic field
K_ELE_W11 Has got ordered knowledge in the scope of electrical measurements as well construction, properties and operation of electronic measurement devices. Knows units and patterns. Has got basic knowledge in the scope of methodology of measuring electric and non-electric values. Knows the way of organisation and construction of complex measurement systems.
K_ELE_W12 Has got basic knowledge in the scope of design, construction and operation principles of power energy devices. Has got basic knowledge on energy market and corresponding regulations. Has got basic knowledge on renewable energy sources and on phenomena and processes taking place in conversion of energy from renewable sources into electrical energy, as will basic knowledge related to facilities which enables such conversion
K_ELE_W13 Has got basic knowledge in the scope of operation and usage of electronic elements. Knows basic electronic analogue and digital systems, knows principles of their interaction and methods of analysing their properties. Has got knowledge on design, assembly and execution of simple electronic systems.
K_ELE_W14 Has got ordered knowledge in the scope of construction and operation principles of energy electronic elements and systems. Knows typology, properties and reaction of energy electronic system to power energy network and is well oriented in development tendencies in energy electronics. Has got knowledge on design, assembly and execution of a simple energy electronic system.
K_ELE_W15 Has got ordered knowledge in the scope of construction and operation of microprocessor systems and applying them in some chosen industrial branches. Has got knowledge on design, assembly and start-up of a simple microprocessor system
K_ELE_W16 Has got general knowledge in the scope of basic automation and automatic regulations in electro-engineering. Knows dynamics, statics and standards of control and stability of line and non-line automation systems, as well as selection of adjusting systems to ensure required features of a control systems
K_ELE_W17 Knows types and applications of programmable controllers. Knows operation principles of programmable controllers, methods of programming them and communication systems. Has got knowledge on design, assembly and start-up of a simple controller in industrial automated technology
K_ELE_W18 Has got knowledge in the scope of construction and functioning of transformers and electrical machines of direct and alternating current, physical phenomena occurring in such devices. Knows operation of technical systems and application of electrical machines and transformers
K_ELE_W19 Understands connections between construction of devices and their reliability and efficiency. Knows threats which may occur in work with low voltage equipment, prevention of such threats and rescuing the injured. Knows responsibilities related to operation of electric equipment, including legal provisions and responsibility ranges
K_ELE_W20 Has got knowledge on theoretical and practical aspects of using and operating primary types of electrical driving systems. Knows automated complex driving systems with energy electronic distorters
K_ELE_W21 Knows ways of modelling dynamic systems by means of a computer. Knows application of various programming languages and techniques to create objects’ models and determine their parameters
K_ELE_W22 Has got basic knowledge necessary to understand social and environmental conditions of engineering work
K_ELE_W23 Has got basic knowledge necessary to understand legal conditions of engineering work. Knows and understands basic ideas related to industrial property and copyrights. Knows the principles of preparing patent specifications and usage of patent bases
K_ELE_W24 Has got elementary knowledge on the basis of lighting technic, measurement of light, lighting equipment principles of designing lightening systems, application of light sources and lightening equipment in different situations
Or has got elementary knowledge on design, safety, current standards and materials used in electrical building installations
K_ELE_W25 Has got elementary knowledge on the structure and operation of speed and angular position control systems, knows methods of tuning and programming the automated industrial electro mechanic systems
K_ELE_W26 Has got elementary knowledge on the EM disturbance sources, techniques of measuring and eliminating them as well as susceptibility of electrical and electronic equipment to EM disturbances
Or has got elementary knowledge on mechanic constructions, fine mechanics and systems applied in control of mechanic systems
K_ELE_W27 Has got basic knowledge on management processes. Knows functions, principles and instruments of management and can identify primary managerial problems
K_ELE_W28 Knows general principles of establishing and developing forms of individual enterprise which uses knowledge in the scope of science domains and scientific disciplines respective for given course of studies
EFFECTS OF EDUCATION AT ELECTRICAL ENGINEERING IN THE RANGE OF SKILLS
K_ELE_U01 Can correctly and effectively apply mathematical skills to make necessary calculations, evaluation of parameters’ value, analysis and description of objects and processes connected with electro technology at engineering level
K_ELE_U02 Can correctly and effectively apply principles and laws of physics in the qualitative and quantitative analysis of physical issues of engineering nature
K_ELE_U03 Can obtain information from literature, data base and other sources in the scope of selecting numeric methods and procedures necessary to solve basic engineering problems
K_ELE_U04 Can make technical drawing by means of a graphic computer software AutoCAD. Can prepare and read out technical documentation comprising drawings of electromechanical constructions, can draw electrical diagrams in agreement with standards in force
K_ELE_U05 Can use a calculator, basic hardware and software, create multimedia presentations, use data bases and computer networks
K_ELE_U06 Can make calculations related to analysis of electrical and electronic systems, can use pr0per computer tools used in electrical engineering. Can evaluate some parameters based on the analysis of diagrams and other technical data
K_ELE_U07 Can use literature sources available in printed and electronic forms, integrate the information received as well as formulate and justify opinions
K_ELE_U08 Can make computer simulation of a dynamic system
K_ELE_U09 Has a command of foreign language at the level necessary to communicate, read and understand technical texts related to electrical engineering, operating manuals of electrical equipment and similar documents
K_ELE_U10 Can plan and make measurements of basic electrical and non-electrical values, can present the results received in numeric (parameters’ value), tabular and graphic form, can define measurement error and interpret results of the measurements. Can properly apply the measurement equipment.
K_ELE_U11 Can evaluate usefulness of materials used in electrical technology and apply them knowingly
K_ELE_U12 Can calculate basic parameters related to mechanical constructions, can select proper constructional materials and define usefulness of mechatronic elements and systems
K_ELE_U13 Can apply theoretical basis in the analysis of linear electric circuits in stable and unstable state. Can use operating transmittance as well as impulse and square-wave response of an electrical circuit when evaluating stability of a system
K_ELE_U14 Can make analysis of an operation and test some automated electro mechanic systems, can programme and start them
K_ELE_U15 Can design, perform, start and test a simple electrical or electronic system using proper methods, techniques and tools
K_ELE_U16 Can define operation of simple electronic analogue and digital systems based on their structure and properties of elements applied. Can evaluate their basic parameters and test properties of such systems
K_ELE_U17 Can compare various designing solutions in the scope of basic electro technical and electronic issues in respect of some selected functional and economic criteria
K_ELE_U18 Can make analysis of functioning of a power engineering system and calculate parameters of a system and equipment in some determined operation conditions. Has got basic skills necessary to work in power engineering and industry at engineering positions
K_ELE_U19 Can define physical phenomena accompanying the work of electrical and electronic equipment. Can chose and apply such equipment to meet electromagnetic compatibility requirements
K_ELE_U20 Can use technical standards, index cards and application notes in selecting proper elements of a system designed or an electrical or electronic system.
K_ELE_U21 Can plan and roughly evaluate production costs of a simple device or electrical system.
K_ELE_U22 Can apply a microprocessor to solve a problem. Can write a programme and analyse work of a microprocessor programmed by means of proper tools .
K_ELE_U23 On the basis of a design specifications can design electrical lightening. Can use a proper light source. Can work out a design documentation complying with regulations and standards in force.
K_ELE_U24 Can properly operate electrical equipment in agreement with general requirements and technical documentation.
K_ELE_U25 Can use automation systems with programmable controllers. Can design, perform and start a control system based on a programmable controller.
K_ELE_U26 When solving problems related to electrical systems, can detect their non-technical aspects, including those of environmental, economic and legal nature
K_ELE_U27 Can work in industrial environment and apply work safety and hygiene rules.
K_ELE_U28 Can test basic physical phenomena accompanying work of low voltage electrical equipment. Can select, test and operate power engineering equipment used in electrical installations.
K_ELE_U29 Can evaluate usability of basic methods and tools used in solution of simple engineering tests of practical nature typical for electrical engineering, can select and apply proper methods and tools.
K_ELE_U30 Can independently solve problems in the scope of continuous systems of automatic control and apply mathematical apparatus to analyse control objects in respect of time and frequency. Can construct , start and test simple automatic control systems.
K_ELE_U31 Based on a project specifications, can design electrical installations of low voltage to supply various receivers of electrical energy. Can check electrical installation and make basic approval and operation tests of an electrical low voltage installation. Can work out a design documentation in agreement with regulations and standards in force.
K_ELE_U32 Can plan and make tests of parameters and take characteristics of electrical transformers, motors and generators.
K_ELE_U33 Can connect, start and test of a designed drive unit and make test of static and dynamic characteristics of drive units.
K_ELE_U34 Can organise and make test of power electronic systems by means of an adequate measurement and record apparatus and to work out the test results
K_ELE_U35 Can work individually and in a small team, can work out and implement a work schedule to comply with terms
K_ELE_U36 Has got skills of self-education, among others, to improve vocational competences.
K_ELE_U37 Understands listened and read general as well scientific and technical texts related to electrical engineering.
K_ELE_U38 Can express himself, formulate and justify opinions, explain his attitude, present disadvantages and advantages of various solutions, participate in discussions and present both general and scientific and technical topics.
EFFECTS OF EDUCATION AT ELECTRICAL ENGINEERING IN THE RANGE OF THE SOCIAL COMPETENCES
K_ELE_K01 Understands necessity and knows possibilities of life-long self-education and improvement of vocational, personal and social competences.
K_ELE_K02 Is aware of the importance and understands various aspects and consequences of an electric engineer’s work, including environmental impact and related responsibility for decisions taken.
K_ELE_K03 Is aware of importance of his own work, is ready to comply with team work principles and bear responsibility from commonly accomplished tasks. Understands legal aspects and consequences of engineering work.
K_ELE_K04 Can think and act enterprisingly in the field of electrical engineering.
K_ELE_K05 Is aware of a social role of a graduate from an engineering university and particularly understands the necessity of formulating and passing to society the information and opinions on technics achievements and other aspects of electrical engineering. Make efforts to convey such information and opinions in commonly understood way.
K_ELE_K06 Identifies correctly and decides problems connected with a profession practised
K_ELE_K07 Is aware of the necessity of individual and group activities extending the engineering work. Is aware of a role which orderliness, reliable performance of ordered tasks, punctuality and professional ethics has in the profession of engineer. He fulfil tasks he is charged with with a due diligence.
EFFECTS OF EDUCATION FOR MAJORS OF AUTOMATION AND ELECTRONICS SYSTEMS IN THE RANGE OF KNOWLEDGE
K_ELE_SAIE_W01 Has got knowledge in the scope of basic issued related to intelligent electrical installations. Knows automation of a heating, lightening and energy saving processes.
K_ELE_ SAIE_W02 Has got knowledge on systemic solutions in the automation and control systems based on electrical engineering and electronics. Knows how to solve problems related to automation systems and components in practice
K_ELE_ SAIE_W03 Has got basic knowledge in the range of digital signal processing . Knows how and why DTF and FFT are applied, knows the process of digital filtration and principal applications of CPS procedures
K_ELE_ SAIE_W04 Knows how to make some practical, theoretical and simulation tasks necessary connected with solution of a defined engineering task
K_ELE_ SAIE_W05 Knows the basis of operation, programming and production of robots. Knows how to use industrial robots and other
EFFECTS OF EDUCATION FOR MAJORS OF AUTOMATION AND ELECTRONICS SYSTEMS IN THE RANGE OF SKILLS
K_ELE_SAIE_U01 Can design a simple system of intelligent installation in a selected system of intelligent building automation, can programme, start and test an installation and perform changes in operation of a system.
K_ELE_ SAIE_U020 Has gained basic experience in operation and maintenance of equipment under automation systems.
K_ELE_ SAIE_U03 Can make simple analysis of signal in respect of time and frequency.
K_ELE_ SAIE_U04 Can programme and operate industrial robots.
K_ELE_ SAIE_U05 Can prepare presentation with results of the thesis and justify in discussion the way of implementation and results gained.
K_ELE_SAIE_U06 Can identify and formulate specification of an engineering project in line with the course of studies
K_ELE_ SAIE_U07 Has gained basic experience related to operation and maintenance of technical devices, objects and technical systems typical for the given faculty
K_ELE_ SAIE_U08 Has gained basic experience related to operation and maintenance of technical devices, objects and technical systems typical for the specialisation he studied
K_ELE_ SAIE_U09 Has gained experience in special practical training connected with solution of practical engineering tasks by experts
K_ELE_ SAIE_U10 Can prepare an engineering thesis, including: can obtain information from literature, data bases and other sources, can apply analytical, simulative and experimental methods in formulating and solving tasks, can evaluate the usability and possibility of using new techniques and technologies, can identify and formulate specification of tasks, also untypical tasks and experiments, can design and implement a device, object, system or process in line with a specification required.
EFFECTS OF EDUCATION FOR MAJORS OF AUTOMATION AND ELECTRONICS SYSTEMS IN THE RANGE OF SOCIAL COMPETENCES
K_ELE_SAIE_K01 Is aware of the importance and understands ethical conditions related to automation and robotization. Is aware of the necessity of social education in connection with development of automation of industrial processes (impact on employment), necessity of energy saving and necessity of continuous technical education.