Theses Topics | Department of Measurement

Department of measurement offers students a lot of topics of theses for bachelor or master project. In case your interest, please contact given person directly.

	Šmíd Radislav, prof. Ing. Ph.D. E-mail: smid@fel.cvut.cz Room: T2:A3-324	► Machine Condition Monitoring (MCM): Virtual Sensors, Fault Detection & Diagnostics, Digital Twin ► Non-destructive Testing (NDT), Structural Health Monitoring (SHM) ► Industrial Internet of Things (IIoT): Wireless Low-power Vibration Monitoring HW, Edge Computing ► Microcontroller based Instrumentation, Embedded Signal Processing
	Tereň Ondrej, Ing. E-mail: terenond@fel.cvut.cz Room: T2:C4-s152	► HW development of measuring instrumentation for non-invasive diagnostics of high voltage machines. ► SW development of measuring instrumentation for non-invasive diagnostics of high voltage machines.
	Šipoš Martin, Ing. Ph.D. E-mail: martin.sipos@fel.cvut.cz Room: T2:C4-s151	► ARINC429 Convertor - HW, SW design, USB/RS232 to ARINC429 converter ► Calibration platform for inertial sensors - Pan&Tilt device, accelerometers, gyroscopes, Matlab and C programming ► Local Ethernet Network for Integrated Avionics ► Measuring orientation using the magnetometer - a triaxial magnetometer, Matlab programming ► Multi-antenna GPS system for measuring the position and orientation - GPS receiver Septentrio PolarX2@, position, attitude determination ► User Interface Design for Demonstration of Inertial Navigation Principles - SW realization, navigation principles, position, attitude velocity estimation ► Ultrasonic Sensor System Aided by Inertial Measurements - ultrasonic sensors, inertial measurement unit, position, velocity, attitude estimation
	Holub Jan, prof. Ing. Ph.D. E-mail: holubjan@fel.cvut.cz Room: T2:A3-320	► Measurement of Speech and Multimedia Quality ► Subjective Intelligibility Testing ► Parallel Task (Dual Task) Subjective Testing ► Objective Audio and Video Quality Testing ► Smart City: Acoustic Event Detection and Processing ► IoT: Smart Acoustic Detector ► Android: Crowd Safety and Security Applications
	Petrucha Vojtěch, Ing. Ph.D. E-mail: petruvoj@fel.cvut.cz Room: T2:B3-73, (-63)	Generally: magnetism, microcontrollers, sensors, signal processing... currently in progress: (to be finished in May 2024) Master's FPGA based lock-in for fluxgate development to be solved in 2023/2024 (bachelor/master level) UAV magnetometer update VEKTOR - robotic walking dog (see https://maglab.fel.cvut.cz/projects_2023/) Magnetic fluxgate gradiometer for geophysics and security applications (analog electronics, MCU, C programming...) check the faculty project site: https://fel.cvut.cz/cz/education/semestralni-projekty.html Sounds interesting? Send an email and come to MAGLAB to discuss the topics personally...! Team project topics: see: https://intranet.fel.cvut.cz/cz/education/tymove-projekty.html More information about the topics solved in the past..
	Maier Jiří, Ing. E-mail: maierjir@fel.cvut.cz Room: T2:B3-70	Master Thesis: Miniaturized Fluxgate Sensors CMOS base integrated fluxgate sensor developed in collaboration with NTUST, Taiwan Bachelor Thesis: The Universal GUI for PC Based Oscillographs Data visualization software for custom software-defined instruments, runtime loaded custom GUI for instrument control. Using Qt framework in C++.
	Butta Mattia, doc. Ing. Ph.D. E-mail: buttamat@fel.cvut.cz Room: T2:B3-62, F1-9	► Analysis of noise in an orthogonal fluxgate for different diameter of the wire core ► Study of the correlation of noise in magnetic microwire with different diameter and how it can help in the development of a low noise gradiometer ► Algorithm for live compensation of local noise due to car traffic on a geomagnetic observatory
	Platil Antonin, doc. Ing. Ph.D. E-mail: platil@fel.cvut.cz Room: T2:B3-64	► Fluxgate gradiometer calibration [magnetic sensor, fluxgate, gradient, calibration] ► Multipoint calibration of electronic compass [magnetic sensor, fluxgate, compass, calibration] ► Magnetic FEM modeling [FEM, finite element modeling, landmines, magnet, sensors]
	Drozd Stanislav, Ing. E-mail: drozdsta@fel.cvut.cz Room: T2:C4-s152	~~Structural health monitoring using quided waves~~ Wireless power transfer in low-power sensor networks Time synchronization in wireless networks
	Hrakova Diana, Mgr. E-mail: hrakodia@fel.cvut.cz Room: T2:B3-70	Novel magnetic materials for sensors application - školitel: prof. Ripka
	Novák Jiří, doc. Ing. Ph.D. E-mail: jnovak@fel.cvut.cz Room: T2:B3-458	► Methods and Instruments for Testing of Vehicle Distributed System (open link for more information)
	Drábek Tomáš, Ing. Ph.D. E-mail: tomas.drabek@fel.cvut.cz Room: T2:B3-360	► Measurement of quality of communication technology with parallel load ► Measurement of illuminance and acoustic noise in buildings ► Automatic measurement in buildings
	Svatoš Jakub, Ing. Ph.D. E-mail: svatoja1@fel.cvut.cz Room: T2:A3-317	► Acoustic Signal Detection, Processing and Classification ► Metal Detection and Classification (Eddy current metal detector, Polyharmonic signals, ...) ► Advanced Signal Processing (Matlab, LabVIEW, ...)
	Fischer Jan, doc. Ing. CSc. E-mail: fischer@fel.cvut.cz Room: T2:B3-441a,T2:A3-315	► Design of the measurement instruments with ARM Cortex -M based microcontrollers (STM32xxx) ► Software defined instruments (e.g. LEO,...) ► Embedded systems, DAQ (Some of the latest theses DP7, BP6, BP7, BP8, BP1, BP2, BP3, BP4, BP5, DP1, DP2, DP3, DP4, DP5, DP6 ) and the others are here. ► Simple laboratory instruments based on the STM32 microcontrolers ► Digital oscilloscope based on Raspberry PI PICO ► Sampling oscilloscope based od Raspberry PI PICO Info on BP, DP:
	Ripka Pavel, prof. Ing. CSc. E-mail: ripka@fel.cvut.cz Room: T2: B3-65	► Sensors for electric current ► Magnetic position and speed sensors ► Sensors for navigation ► Sensors for intelligent buildings ► Applications of magnetic sensors and materials
	Sedláček Radek, Ing. Ph.D. E-mail: radek.sedlacek@fel.cvut.cz Room: T2:C4-S152b	► Precision impedance measurements in the LF and HF at the metrology level. ► Coaxial transformer bridges for impedance measurement and comparison. ► Calibration of impedance standards in QHE based measurement system. ► Digital Signal Processing: digital filters, implementation of DSP algorithms on FPGA (Intel Altera, Xilinx), ARM, DSP platform. SoC design on FPGA. ► Non-destructive testing (NDT) of HV machines: partial discharge (PD) measurement, frequency response analyse (FRA), dielectric spectroscopy (DSP).
	Šimůnek Martin , Ing. E-mail: simunek@fel.cvut.cz Room: T2:A4-104	► Design and development of automated measurement systems. ► Intelligent home, IoT. ► Signal analysis of acquired long files.
	Kučera Jan, Ing. Ph.D. E-mail: kuceraj3@fel.cvut.cz Room: T2:C4-s152b	► Characterization of programmable voltage generators with several methods (amplitude stability, phase error, distortion, ...) by automated software. ► Modeling electrical impedance structures in a software based on finite element methods (drawing 3D models, application of boundary conditions, meshing and converting results).
	Kowalczuk Yann, Ing. E-mail: kowalyan@fel.cvut.cz Room: T2:B3-360	Qualitative measurements of telecommunication networks. Evaluation of Digital Watermarking on Subjective Speech Quality: https://www.nature.com/articles/s41598-021-99811-x
	Mlejnek Pavel, Ing. Ph.D. E-mail: pavel.mlejnek@fel.cvut.cz Room: T2: B3-72	► Moisture sensor for the wooden buildings with RFID communication interface + Topics that are related to the building automation, sensors for building construction, IoT communication, and DAQ systems
	Cagáň Jan, Ing. E-mail: caganjan@fel.cvut.cz Room: external	► Design of the measurement instruments for the electrical resistance tomography ► Regularisation of the inverse problem in the electrical resistance tomography
	Tomlain Ján, Ing. E-mail: tomlajan@fel.cvut.cz Room: T2:C4-s152	► HW and FW development for high-voltage diagnostics applications like Frequency-response-analysis FRA, Dielectric spectroscopy DSP, Partial Discharge PD ► Time-of-flight TOF camera utilization, R&D activities, HW design ► Design of 3G connectivity car platforms together with infrastructure for various applications (fleet management, car sharing) ► Low consumption microprocessor applications for IoT platforms (LoRaWan, Sigfox, Nb-IoT)
	Sobotka Jan, Ing. Ph.D. E-mail: jan.sobotka@fel.cvut.cz Room: T2:B3-458	► Integration testing of Automotive ECUs - generation of tests from Timed Automata models. ► Automotive Ethernet - development of a testing tool for this new automotive communication system. ► Supervision of a Formula Student related thesis - I'm the former member of CTU CarTech, I can be a right person if you need a supervisor or consult some work related to CTU CarTech or eForce FEE Prague Formula teams.
	Roztočil Jaroslav, doc. Ing. CSc. E-mail: roztocil@fel.cvut.cz Room: T2:B3-452	► Precise time and frequency measurement. Time transfer using GNSS (GPS, Galileo). Time transfer via optical fibers. ► Synchronization in distributed systems (NTP, PTP, GNSS receivers). ► Design and development of automated measurement systems. Data acquisition (DAQ) systems programming.
	Andriantsarazo Elisabeth , Ing. E-mail: andrieli@fjfi.cvut.cz Room: T2:	Entangled photons and their interaction with biological structures Collective measurement and system disturbance
	Novotný David, Ing. E-mail: novotd12@fel.cvut.cz Room: T2:B3-71	► Design of ultralow-noise discrete chopped DC amplifier ► Evalutaion of magnetoresistive sensors noise ► Design and verification of discrete multi-slope integrating AD converter
	Janošek Michal, Ing. Ph.D. E-mail: janosem@fel.cvut.cz Room: T2:B3-73	► B.. Časově synchronizovaný datalogger pro magnetické observatoře. Time synchronized datalogger for magnetic observatories. (Raspberry Pi, GPS, NTP, SW ....) ► M.. Miniaturní AMR magnetometr s velkým rozlišením. Miniature magnetometer with high resolution. (AMR, signal processing, electronics development) .... " ► B/M..Lokalizace dipólového zdroje magnetického pole tenzorovým gradiometrem. Dipole source localization with the help of tensor gradiometer. (mathematics / physics / theory, SW ) ► B/M.. Gradiometr pro detekci bludných proudů. Gradiometer for anomalous current detection. (signal processing, electronics development, field measurements) ► B/M.. Stabilizovaný tříosý cívkový systém. Stabilized triaxial coil system. (electronics development, practical trials, calibrations). ► M.. Magnetický variometr s nízkým šumem. Low-noise magnetic variometer. (development of new sensors/electronics).+ more topics on geomagnetic instrumentation / calibration / magnetic prospection on agreement.