WHO ARE WE?
ZF is a global technology company providing intelligent systems for passenger cars, commercial vehicles, and industrial solutions. It works with both established vehicle manufacturers and emerging service providers in the transport and mobility sector. The company's products contribute to reducing emissions, protecting the climate, and improving mobility safety. The Plzeň branch of ZF Engineering Plzeň s.r.o. deals with electronics and SW, design, computing, and mechatronics. It develops products such as powertrains for passenger cars, trucks and commercial vehicles (construction and agricultural equipment), buses, ships, and aircraft. Projects in the field of eMobility are also essential to us. With more than 800 talented developers, ZF ranks among the largest development centers in the region.
WHY ARE WE PARTNERS?
The joint goal of the company ZF and the Faculty of Electrical Engineering is to arouse interest in technical professions, science, and research among the young generation. To show them the need, attractiveness, and potential of the electrical engineering field. We see the Faculty of Electrical Engineering as an essential partner on the road to more environmentally friendly transport.
WHAT ARE WE COLLABORATING ON?
We work together on research and development of electric drives applicable to the customers ZF serves (manufacturers of passenger and commercial vehicles).
WHAT CAN WE OFFER TO FEE STUDENTS?
Students of FEE have the chance to join us for an internship or a part-time job during their studies. We also offer assignments for final theses and, last but not least, interesting job opportunities for graduates.
Our offer of student projects including thesis topics can be viewed below.
Offer of projects for students (in Czech only)
- Automatický CAN logger
- Řízení PSM motoru bez čidla polohy v oblasti nízkých otáček
- Porovnání různých variant algoritmů řízení a regulace trakčního el. pohonu elektromobilu
Anotace
1. Teoretický rozbor CANu.
2. Průzkum současného trhu, zjištění možností, ceny a omezení komerčně dodávaných CAN loggerů.
3. Průzkum současného trhu výrobců mikroprocesorů a jejich podpory CAN a CAN FD driver.
4. Návrh zařízení.
Druh projektu
Diplomová práce / Závěrečný projekt
Anotace
1. Současný stav vědy a techniky v dané problematice.
2. Simulační model PSM, který postihne anisotropii magnetického obvodu.
3. Simulace vybraného algoritmů v různých pracovních bodech.
4. Zhodnocení vlastností vybraného algoritmu.
Druh projektu
Anotace
1. Současný stav vědy a techniky v dané problematice.
2. Teoretický rozbor algoritmů.
3. Simulace algoritmů ve vybraných stavech.
4. Vyvozené principiální vlastnosti.