Ви переглядаєте архівну версію офіційного сайту НУЛП (2005-2020р.р.). Актуальна версія: https://lpnu.ua
Computer Control Systems for Moving Objects (Automobile Transport)
8.122.00.07
Computer Control Systems for Moving Objects (Automobile Transport)
- develop software for computerized control systems using the principles of control algorithms and data structures by means of programming languages on the platform .NET;
- to draw up a specific car model search algorithms Troubleshooting of electronic control systems and carry out diagnostics of sensors and actuators, determine and interpret codes Troubleshooting of electronic control units and carry out their chip tuning. Use the analyzer displays and linear lambda probe to diagnose electronic control systems of petrol and diesel engines. - the ability to develop models of control objects and individual components of a modern car;
- the basic idea of the variety of facilities management and control systems, understanding of the objectives and principles of existence;
- the ability to apply the methods of analysis and synthesis of computerized driving;
- the ability to identify a problem and electronic systems of the vehicle;
- the ability to perform digital filtering and compression of signals and images;
- basic knowledge of algorithms for obtaining measurement data;
- possession basics of system programming.
Qualification awarded
: master, specialty "Computer science", specialization "Computer control systems for moving objects (automobile transport)"
Entry year: 2020
Program duration: 1.5 years
Number of credits: 90 ECTS credits
Level of qualification according to the National Qualification Framework and the European Qualifications Framework: Second (Master) level, 8-th level of NQF, EHEA second Cycle
Field(s) of study: Information technology
Specific admission requirements: Availability of a Bachelor's Degree
Specific arrangements for recognition of prior learning:
Qualification requirements and regulations, including graduation requirements: The full implementation of the curriculum and defense of master's qualifying work
Characteristics of the educational program:
Gained competence: Educational and vocational training program is based on the known positions and results of modern scientific and technological research in information technology, computer technology and programming, embedded systems and the Internet of things, digital methods of signal processing and imaging, intelligent control technology moving objects, computer modeling of vehicles, experimental design and planning studies.
- explain the architecture of modern microprocessors and microcontrollers build applications programming languages C / C ++;
- know modern approaches to building distributed information and telecommunication systems and networks, describe protocols and data transmission systems for electronic control units of the vehicle;
- explain the methods underlying the conversion from analog signals to digital and vice versa approaches compression of signals and images;
- know the basic types of control systems of the modern car, standards and protocols for data transmission electronic control units;
- explain the construction and classification methods of automatic control systems using neural networks, the study of dynamic and static modes of objects based on neural networks and fuzzy logic elements.
- compile and analyze the structural and principal electric scheme of management of the modern car. Apply methods of dynamic analysis and synthesis for the study of automatic control systems made based on neural networks and fuzzy logic elements;- know modern approaches to building distributed information and telecommunication systems and networks, describe protocols and data transmission systems for electronic control units of the vehicle;
- explain the methods underlying the conversion from analog signals to digital and vice versa approaches compression of signals and images;
- know the basic types of control systems of the modern car, standards and protocols for data transmission electronic control units;
- explain the construction and classification methods of automatic control systems using neural networks, the study of dynamic and static modes of objects based on neural networks and fuzzy logic elements.
- develop software for computerized control systems using the principles of control algorithms and data structures by means of programming languages on the platform .NET;
- to draw up a specific car model search algorithms Troubleshooting of electronic control systems and carry out diagnostics of sensors and actuators, determine and interpret codes Troubleshooting of electronic control units and carry out their chip tuning. Use the analyzer displays and linear lambda probe to diagnose electronic control systems of petrol and diesel engines. - the ability to develop models of control objects and individual components of a modern car;
- the basic idea of the variety of facilities management and control systems, understanding of the objectives and principles of existence;
- the ability to apply the methods of analysis and synthesis of computerized driving;
- the ability to identify a problem and electronic systems of the vehicle;
- the ability to perform digital filtering and compression of signals and images;
- basic knowledge of algorithms for obtaining measurement data;
- possession basics of system programming.
Mode of study: part
Academic mobility: No, but mobility is encouraged and recognized in accordance with procedures of ECTS
Work placement(s): Practice Research on the topic of master's qualifying work
Programme director: Ph.D., associate professor R.M Modla Tel. 032-2582197
Occupational profiles of graduates: No, but mobility is encouraged and recognized in accordance with procedures of ECTS
Access to further studies: All programs of doctoral studies in "Information Technology"
Other program features: The program develops areas for implementation of information technologies in road transport, as well as modern technologies in the field of Internet of things.
Institute: Institute of Computer Technologies, Automation and Metrology
8.122.00.07
Сomputer control systems for mobile objects
- develop software for computerized control systems using the principles of control algorithms and data structures by means of programming languages on the platform .NET;
- to draw up a specific car model search algorithms Troubleshooting of electronic control systems and carry out diagnostics of sensors and actuators, determine and interpret codes Troubleshooting of electronic control units and carry out their chip tuning. Use the analyzer displays and linear lambda probe to diagnose electronic control systems of petrol and diesel engines. - the ability to develop models of control objects and individual components of a modern car;
- the basic idea of the variety of facilities management and control systems, understanding of the objectives and principles of existence;
- the ability to apply the methods of analysis and synthesis of computerized driving;
- the ability to identify a problem and electronic systems of the vehicle;
- the ability to perform digital filtering and compression of signals and images;
- basic knowledge of algorithms for obtaining measurement data;
- possession basics of system programming.
Qualification awarded
: master, specialty "Computer science", specialization "Computer control systems for moving objects (automobile transport)"
Entry year: 2020
Program duration: 1.5 years
Number of credits: 90 ECTS credits
Level of qualification according to the National Qualification Framework and the European Qualifications Framework: Second (Master) level, 8-th level of NQF, EHEA second Cycle
Field(s) of study: Information technology
Specific admission requirements: Availability of a Bachelor's Degree
Specific arrangements for recognition of prior learning:
Qualification requirements and regulations, including graduation requirements: The full implementation of the curriculum and defense of master's qualifying work
Characteristics of the educational program:
Gained competence: Educational and vocational training program is based on the known positions and results of modern scientific and technological research in information technology, computer technology and programming, embedded systems and the Internet of things, digital methods of signal processing and imaging, intelligent control technology moving objects, computer modeling of vehicles, experimental design and planning studies.
- explain the architecture of modern microprocessors and microcontrollers build applications programming languages C / C ++;
- know modern approaches to building distributed information and telecommunication systems and networks, describe protocols and data transmission systems for electronic control units of the vehicle;
- explain the methods underlying the conversion from analog signals to digital and vice versa approaches compression of signals and images;
- know the basic types of control systems of the modern car, standards and protocols for data transmission electronic control units;
- explain the construction and classification methods of automatic control systems using neural networks, the study of dynamic and static modes of objects based on neural networks and fuzzy logic elements.
- compile and analyze the structural and principal electric scheme of management of the modern car. Apply methods of dynamic analysis and synthesis for the study of automatic control systems made based on neural networks and fuzzy logic elements;- know modern approaches to building distributed information and telecommunication systems and networks, describe protocols and data transmission systems for electronic control units of the vehicle;
- explain the methods underlying the conversion from analog signals to digital and vice versa approaches compression of signals and images;
- know the basic types of control systems of the modern car, standards and protocols for data transmission electronic control units;
- explain the construction and classification methods of automatic control systems using neural networks, the study of dynamic and static modes of objects based on neural networks and fuzzy logic elements.
- develop software for computerized control systems using the principles of control algorithms and data structures by means of programming languages on the platform .NET;
- to draw up a specific car model search algorithms Troubleshooting of electronic control systems and carry out diagnostics of sensors and actuators, determine and interpret codes Troubleshooting of electronic control units and carry out their chip tuning. Use the analyzer displays and linear lambda probe to diagnose electronic control systems of petrol and diesel engines. - the ability to develop models of control objects and individual components of a modern car;
- the basic idea of the variety of facilities management and control systems, understanding of the objectives and principles of existence;
- the ability to apply the methods of analysis and synthesis of computerized driving;
- the ability to identify a problem and electronic systems of the vehicle;
- the ability to perform digital filtering and compression of signals and images;
- basic knowledge of algorithms for obtaining measurement data;
- possession basics of system programming.
Mode of study: part
Academic mobility: No, but mobility is encouraged and recognized in accordance with procedures of ECTS
Work placement(s): Practice Research on the topic of master's qualifying work
Programme director: Ph.D., associate professor R.M Modla Tel. 032-2582197
Occupational profiles of graduates: No, but mobility is encouraged and recognized in accordance with procedures of ECTS
Access to further studies: All programs of doctoral studies in "Information Technology"
Other program features: The program develops areas for implementation of information technologies in road transport, as well as modern technologies in the field of Internet of things.
Institute: Institute of Computer Technologies, Automation and Metrology