Doctoral Schools WUT

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Research Areas:

# Research Area Scientific discipline
1
Design, modeling and research of semiconductor devices and VLSI integrated circuits for new nanometer technologies. A particularly current topic is the innovative VESTIC (Vertical-Slit Transistor based Integrated Circuit) technology, an alternative to CMOS technologies (such as FinFET, FD-SOI), in… More
  • Promoter Ph.D., D.Sc. Andrzej Oskar Pfitzner
  • Keywords: VLSI |
Automation, Electronics, Electrical Engineering and Space Technologies
2
Scientific issues carried out as a part of the doctoral dissertation concern research areas such as 1) power electronics AC/DC converters (e.g., voltage source inverters with sinusoidal output voltage), power electronics DC/AC converters (e.g., grid-connected voltage source converters), power elect… More
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3
Microwave characterization of materials (1-110 GHz) for 5G and 6G technology with the aid of resonance methods. The main attention will be focused on liquids and composite metamaterials with magnetic properties, which will be characterized with such equipment as Fabry-Perot open resonator or diel… More
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4
robotics; robot programming methods, robot control system architectures, robotic system metamodels; automatic code generation of robot controllers, task planning; vision servos; positional and force control; robot applications; artificial intelligence; More
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5
Possible topics of investigation related to the PhD dissertation are connected to power electronics based energy conversion for electrical energy sources such as wind turbines, photovoltaic modules, fuel cells, and electrochemical energy storage systems as well as for electric drive systems for ca… More
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6
New hardware video compression acceleration algorithms: The research topic is devoted to the development of new hardware architectures for the latest H.266 / VVC video compression standard. This standard allows to improve the efficiency of compression compared to its predecessors (H.264/AVC and H.2… More
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7
Projects in the field of acoustics and psychoacoustics; problems that refer to relations between physical quantities characterizing acoustical phenomena and the perceptual sound quality. In particular to phenomena related to acoustical quality of rooms such as concert and chamber halls, audio-visua… More
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8
Metal nitrides from the IVb group, i.e., titanium, zirconium, and hafnium nitrides, are extremely hard, thermally, and chemically resistant conductive ceramics. Recently, they have been rediscovered for their scientifically interesting plasmonic properties. The combination of these properties occur… More
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9
  1. Human skin is one complex organ with an area of 1.5 - 2 m2. The essential role of the epidermal barrier is to limit the escape of water from the body. We can prove whether the barrier is working properly by measuring, among other things, the amount of water that permeates the stratum cor… More
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10

I am a constructor of electrical apparatus, who specializes in issues related to electromagnetism and low frequencies. I work for the Institute of Electrical Power Engineering - at the Faculty of Electrical Engineering of the Warsaw University of Technology - my area of scientific interest is: More

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11
The research area concerns the spectroscopic study of new dielectric materials doped with rare earth ions. The luminescent properties of such media can be shaped by the selection of the active dopant its close surroundings, the symmetry of the crystal lattice as well as the geometry of the structur… More
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12
Modeling, fabrication, and characterization of passive photonic structures for metrology, telecommunications, sensing and biosensing. Analytical, semi-analytical, and numerical modeling of electromagnetic wave propagation in photonic elements. The use and development of thin-film technologies, in p… More
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13
My scientific are of interests is electronics technology and additive techniques for structural and printed electronics. In my professional work I deal with the development and investigation of the properties of composite materials with the addition of functional phase in the form of carbon nanotub… More
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14
1) The problem of the synthesis of the impedance of a passive one-port is a classic problem of circuit theory. The known solutions assume either obtaining a canonical structure with a minimum number of elements, but requiring the use of perfectly coupled inductances, or a structure without such ind… More
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15
Analysis, synthesis, design, and optimization of complex dynamical systems, particularly in robotics, machinery, and multibody mechanisms applications. Computational methods for motion planning and control and experimental verification of these methods. 1. Research on kinematics and dynamics of re… More
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16
Design and technology of semiconductor devices based on wide bandgap materials (silicon carbide, gallium nitride, gallium oxide, diamond), such as power devices and photodetectors. Analysis of electrophysical properties of interfaces between various materials used in semiconductor technology (metal… More
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17
Development of innovative, advanced sensing solutions, in particular for biosensing applications. The sensors benefit from unique properties of applied optical fibers and thin films. As a team, within recent years we have developed advanced technological and measurement capabilities, as well as gai… More
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18
Internet of Things, intelligent and adaptive sensors - design and implementation of dedicated devices and diagnostic methods. Diagnostics and prediction of object properties based on newly developed reliable signal patterns, to which raw data is received from constructed and programmed systems. Due… More
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19
Research activities cover the problems of producing, modelling and characterizing active media and photonic structures for laser technology, fibre optics, integrated optoelectronics, visualization, radiation detection, technology of light, sensors and photovoltaics. A significant portion of his sci… More
Automation, Electronics, Electrical Engineering and Space Technologies
20
Forecasting the RES generation and production of electricity in systems of various sizes using machine learning. Optimization in power engineering More
Automation, Electronics, Electrical Engineering and Space Technologies