The Faculty of Electrical and Control Engineering at the Gdańsk University of Technology in the field of research, design and construction offers:
- Research on the optimization of the design of special electrical machines
- Research of quick overcurrent protections
- Study of coupled fields, especially electromagnetic and thermal fields in quasi-static and dynamic conditions
- Study of impact coupled fields (magnetohydrodynamics) and phenomena occurring during explosion and implosion of cables
- Construction of magnetometric systems for measuring the magnetic field and detecting ferromagnetic objects
- Ready-to-implement technologies and components for power electronics and drive systems developed as part of science-funded projects
- Electromagnetic compatibility of traction devices and their impact on the environment
- Comprehensive analysis and visualization of all kinds of structural vibrations on a high-class vibration measurement station
- Computer control consoles
- Design and construction of technical diagnostics devices for overhead contact line and vehicles
- Modeling and analysis of complex electrical circuits using PSpice, ATP, MathCad, Flux and Atila packages
- Modeling and simulation tests of electrical machines
- Modeling and simulation tests of drive and power electronics systems
- Modeling and testing of weak magnetic fields (ships, mines) using the FLUX2D, FLUX3D, OPERA3D packages
- Electric drives with microprocessor controlled synchronous motors
- Traction drives with permanent magnet motors and digital control
- Nonlinear control systems of electric machines and power electronic converters
- Development of models, methods and algorithms for connecting synchronous power objects for parallel operation
- Energy optimization of electric urban transport systems
- Research and development works related to diagnostics of power electronic and electromechanical systems in real time
- Research and R&D works related to the control of power electronic and drive systems
- Precise control of transistors of power electronic converters
- Design and implementation of industrial measurement and control systems
- Design and implementation of specialized measurement and diagnostic systems
- Designing printed circuits
- Designing industrial automation systems with control based on programmable controllers or microcontrollers
- Designing power electronic systems and constructing prototypes
- Designing control systems with signal processors and programmable logic circuits
- Designing Xilinx FPGA circuits
- Computer simulation of phenomena occurring in short-circuit systems
- Technical diagnostics systems for railway and tram current collectors
- Technical diagnostics systems of traction contact networks - railway, tram, trolleybus
- Control systems technology based on 3rd generation SHARC signal processors from Analog Devices and DSP SH363 cards implemented in production
- Visualizations and animations of electrical and mechanical devices and systems
