Head: prof. dr hab. inż. Paweł Gryboś

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The scientific activity of the Department of Measurement and Electronics covers all research areas presently developed within the electrical measurement specialization, with special focus on: mathematical modelling, simulations, designing and constructing measuring systems and their elements for industrial and laboratory purposes:

• building of unique analog and digital measuring systems;

• modelling and simulation of objects, systems and measuring systems;

• modelling, simulations and designing of analog electronic systems for measuring systems

• working out of new digital algorithms of measuring signals processing to be used for their compression, analysis, estimation of their parameters and characteristics and identification of objects generating these signals;

• designing and investigation of measurement data fusion algorithms;

• designing, investigation and implementation of algorithms for correcting dynamic properties of measurement chains;

• designing and building systems for biomedical measurements;

• real time identification of control objects;

• measurements of traffic parameters;

• measurement of electrical energy quality;

• designing of specialized integrated system in VLSI technology;

• designing and investigation of measuring microsystems.

Research projects presently realized at the Department of Measurement and Electronics:

R&D projects:

• multichannel interface for measurement and stimulation of living neural networks with specialized integrated systems;

• varying-structure system used for measuring traffic parameters;

• new concepts of a galvanic isolator of analog measuring systems

Own research projects:

• charge amplifiers in submicron technologies to be used in pixel architectures for digital imaging;

• working out a measurement of impedance of equivalent power network based on natural variability of its loading

Supervisor's projects:

• measures of voltage oscillations in a power network determined with Hilbert transform

International contracts:

• works on modern detection techniques (international contract with Japan).

• digital techniques of medical imaging with the use of X-rays (international contract with Slovak Republic)

• development of Time-Over-Threshold integrated system for do reading out silicon detector bands (international contract with Germany)

Contracts with industry:

• working out of a digital, single-channel GLOP localizer, performing a physical model and tests in laboratory and mining conditions

Statutory activity:

• elaboration and verification of computer modelling of error characteristics and sensitivity of measuring systems and their elements