Diploma path (energy direction):
Diploma path: Energy Storage and Conversion Systems for e-Mobility

Semester 1/3Time
E-mobility issues and challenges15 W, 15 sec
Solid State Physics and Chemistry30 W, 15 kv, 15 L
Electrochemical Engineering15 W, 15 L, 15 P
Hydrogen economy in Poland and around the world15 W, 30 s
Li-ion and Li-ion batteries30 W, 20 L
Advanced materials manufacturing methods15 W, 30 L, 15 s
Material testing methods30 W, 30 L
Mathematical modeling28v, 30kv
Semester 2/3Time
Power management systems in electrochemical cell systems15 W, 15 L, 15 S
Standards and protocols for measuring electrochemical elements24 l, 15 k
Hydrogen technologies in the automotive industry15 W, 24 L, 15 s
Fuel cells15 W, 20 L
Electrochemical energy storage devices14 W, 15 L, 14 S
Computer simulation of energy storage and conversion systems30 p, 15 k
Preparing for the labor market
Scientific circle and30
Transport of heat and mass II20 W, 14 L, 14 P, 10 K
Designing materials for power engineering15 W, 15 sec
Diffusion and corrosion processes of metal plastics15 W, 15 sec
Catalysts for the automotive industry15 W, 15 sec
Energy, functional and environmental aspects in modern construction28 W, 14 p
Structure of condensed matter15 W, 15 sec
Hydrogen energy from the perspective of materials science15 W, 15 sec
Advanced engineering simulations15 W, 30 L, 15 P
Advanced Energy Conversion and Storage28 W, 14 CW, 14 P
English / German / Spanish / Russian30 CW
Semester 3/3Time
New trends in the automotive industry30 W
Fuel and Energy management14 W, 20 p
Diploma seminar30 s
Diploma
The Art of Writing Scientific Research14 W, 14 p
The art of preparing scientific presentations14 W, 14 p
Innovative and critical thinking14 W, 14 p
Project Management14 W, 14 p
Soft skills and entrepreneurship14 W, 14 p
  • obligatory
  • optional services