Address
Contact
Tel: 0341 3076 6536 Fax: 0341 3076 856536 forschung@htwk-leipzig.de www.htwk-leipzig.deContact person
Prof. Dr. rer. nat. Ulrich ZieglerOffer
Leipzig University of Applied Sciences
Research focus
- Electrical Engineering and Information Technology
- Industrial communication technology: communication in the field of sensors-actuators (diagnosis, security-relevant applications, EMC and transmission security); intertwining of IT and automation and its influence on modern automation structures
- modeling and simulation of technical systems: object-oriented modeling
and simulation of drive and propulsion systems; modeling of technical systems for diagnoses and prognoses; control of mobile and intelligent robots; computer-based design, construction, and production of mechanical elements and/or systems
- precision measurement technology
- analysis and use of new materials
- regenerative energy sources: long-term behavior of the most diverse PV systems, measurement tests of decentralized electro-energy systems, including hydrogen technology (fuel cells)
- power electronics and automated electric drives: creation and design of power electronic systems, rational use of electric energy, control and steering of electro magneto mechanical energy converters, optimization of electromechanical drive and propulsion systems
- development and investigation of innovative alternative drive and
propulsion concepts
- hardware and software implementation of signal-processing systems: reduction and compression procedures in image and video processing, VHDL-based circuit design, embedded microcontroller and signal processor applications
- industrial communication technology: communication in the sensor-actor range (security-relevant applications, diagnosis, transmission security, and EMV)
- improving the effectiveness of production planning and management processes
Miniature Piezo linear drive based on biological model, cleaning water carrying systems
Innovative, unconventional actuating elements and modules as well as cascading (miniaturised) drive structures, some of which are manufactured using microsystems technology. Bio-mechatronics