The aim of the training of PhD students in the doctoral program "Methods, Transducers and Devices for Measurement and Control of Physical-Mechanical and Geometric Quantities" in the Department of Precision Engineering and Measurement Instruments is:
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increasing the qualification of the PhD students;
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their training as highly qualified specialists for the industry;
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their formation as highly qualified lecturers for higher education institutions;
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increasing their competency, knowledge and skills.
Achieving these goals is possible by successfully solving the following tasks:
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compliance with legal requirements during training;
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the training and consult of the PhD students should be carried out by lecturers with a high level of professional and scientific qualification;
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to continuously improve and modernize the equipment in order to intensify the research process;
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application of information technologies for research, gathering and processing of data;
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strong relationship, close interaction and responding to the growing interest of companies from the production and service sectors in scientific and applied developments related to the objects of the specialty.
The main directions in which training is developed are:
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fundamentals of the uniformity of measurements;
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fundamentals of measurement accuracy;
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reproducibility of the units of physical quantities;
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methods and principles for developing measuring instruments;
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fundamentals of measurement methods, principles and algorithms;
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methods and processing of measurement information;
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planning and automation of a measurement experiment;
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Development and research of measurement transducers, devices and systems
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metrological reliability of measuring instruments;
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automated systems for measurement and control;
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quality control systems
The topics of the PhD thesis in "Methods, Transducers and Devices for Measurement and Control of Physical-Mechanical and Geometric Quantities" program are determined by the modern achievements in the field of measurements in a theoretical and practical aspect and are in line with the national priorities related to development of methods and devices for measurement and control in industry.
There are 10 specialized laboratories for training of PhD students in the Department of Precision Engineering and Measurement Instruments:
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Interchangeability and technical measurements
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Devices for measuring geometric quantities
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Transducers and devices for automatic control
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Fine and micromechanical equipment
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Micromechanical and laser equipment
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Devices for measuring physical and mechanical quantities
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Elements and mechanisms in precision engineering
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Super accurate measurements
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Office equipment, reliability, and diagnostics
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Optical and laser equipment
The master's degree "Metrology and measuring equipment" is an additional prerequisite for studying the PhD program "Metrology And Metrological Assurance". The major is based on the following study courses::
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Metrology Fundamentals;
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Measuring Equipment Fundamentals;
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Engineering Research;
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Design of measuring devices and systems;
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Processing and analysis of measurement information;
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Metrological assurance and metrological infrastructure;
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Reliability and diagnostics of measuring equipment;
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Intelligent measuring systems;
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Measurement of physical and mechanical quantities in industry;
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Measurement of geometric quantities;
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Measurement systems and virtual instruments;
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Measurement and control of environment parameters;
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Electromagnetic compatibility of measuring devices;
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Automation of control in the industry;
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Computer aided measurements and quality control.
