Maglab is constantly looking for highly motivated students, who need to work on a semestral project or Bachelor/Master thesis.
Contact your favorite MAGLABer to talk about available topics.
Also do not forget to check the web based system offering project topics.
Typical topics: sensors generally, magnetic sensors, analog and digital signal processing, FEM simulations, microcontrollers (typically STM32), measurement systems, applied physics and mathematics…
Topics solved in the past
Most of the thesis mentioned below are available at https://dspace.cvut.cz/
Bachelor’s degree
Supervised by Vojtěch Petrucha
Three Channel AD Converter for Fluxgate Magnetometer
Universal Excitation Unit for Fluxgate Sensors Development
Datalogger for Vector Magnetometer
Display Module for Vector Magnetometer
FPGA Controlled Magnetometer with Digital Output
Current Source for a Test Coil System
Intelligent Power Bank for Magnetometers
Modular Fluxgate Magnetometer with Digital Output
Applications of ESP32 Integrated Circuit
Environment Monitoring Unit with Wi-Fi Interface
System for Remote Monitoring of Laboratory Processes
Applications of Time-to-Digital Converters
Arbitrary Magnetic Field Vector Generation System with a Cancelation of External Disturbances
Supervised by Michal Janošek
Supervised by Antonín Platil
Final Element Modeling of Rotational Speed Sensor Magnetic Field by Marek Janota
Supervised by Pavel Mlejnek
Telemetry for RC Models of Airplanes
The Use of the Rogowski Coil for Current Measurement and the Analysis of its Parameters
Contactless Current Sensor with Fluxgate Sensors
Temperature and Moisture Sensor for Building Constructions
Design of security and data systems in the building
Supervised by Mattia Butta
Supervised by Pavel Ripka
Magnetic position sensors by A. Chirtsov
Master’s degree
Supervised by Vojtěch Petrucha
Dual Head Vector AMR Magnetometer
System for Automatic Take-off and Landing of an UAV for Exterior Monitoring of Buildings
Quasi-definitive geomagnetic data production
Satellite Attitude Control Magnetometer
Wireless Data Acquisition System with Low Magnetic Contamination
Multipurpose Data Visualization and Recording Unit for Aircraft and Industrial Use
Data Acquisition System for Vector Magnetometers
Magnetic Gradiometer for Car Detection and Speed Measurements
Supervised by Michal Janošek
Supervised by Antonín Platil
Supervised by Pavel Mlejnek
Increased Moisture Detection and Early Warning System for Buildings
Contactless Humidity and Temperature Sensor of Building Constructions
Wireless Monitoring System for Measurement of the Buildings Vibrations
System for Energy Measurement and Other Quantities in Building
Intelligent Web for Modern House
Wireless Home Automation System
Wireless Indoor Air Quality Sensor Platform
Intelligent Control of the House
Design of Controlling System TAC Xenta for Office
Experimental Control in Home Automation
Supervised by Mattia Butta
Supervised by Pavel Ripka
Electric current sensors by A. Chirtsov
PhD level
Supervised by Pavel Ripka
Novel Magnetic Materials for Sensor Application by Diana Hraková
Optimization of magnetic sensors by Václav Grim
Magnetic material modelling and simulations for magnetic sensors by Mehran Mirzaei
Magnetic sensors and gradiometers for detection of objects by Jan Vyhnánek
Local Navigation Method for metal detectors by Petr Nováček
Magnetic calibration by non-linear optimization method by Aleš Zikmund
A precise gradiometer suitable for space applications by Michal Janošek
Orthogonal Fluxgates Based on Microwires by Mattia Butta
Inverse Problems of Magnetometry by Jiří Tomek
Magnetic Sensors based on Magnetoimpedance Eeffects by Jiří Malátek
PCB Fluxgate Sensors by Jan Kubík
Magnetoresistive Sensors and Applications of AMR by Michal Vopálenský
Fluxgate magnetometers with digital signal processing by Aleš Cerman
Vector magnetometers and their calibration by Alois Tipek
Sampling measurement of closed ferromagnetic samples by Antonín Platil
Využití fluxgate sondy v magnetometrii by Petr Navrátil
Bezkontaktní měření proudů a proudových poměrů pomocí fluxgate metody by Pavel Kejík
Supervised by Petr Kašpar
Fast Beam Intensity Measurements for the LHC – David Bělohrad
Calibration of Selected Sensors for Space Applications – Vojtěch Petrucha
Contactless current sensing methods for power computing resistent to external disturbances – Pavel Mlejnek
Application of Magnetic Sensors for Navigation Systems – Jan Včelák
