The programme provides students with multidisciplinary knowledge in complex technical far-transportation structures with systems of energy recuperation and accumulation. A novel approach to the realisation of the educational offer gives the graduate vital skills in the engineering of ecologically friendly electric and multi-source hybrid automobiles, including special and autonomic vehicles.
The graduate is able to:
• build and analyse mathematical models of power train components, combine them in a computational model of a drive structure and conduct simulation studies to determine the parameters of electric or hybrid powertrains;
• design, test and troubleshoot simple multi-source energy-accumulating systems, intended for a variety of applications with the use of appropriate design and IT tools.
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- Full Time
High School Leaving Certificate and Placement test in Mathematics.
The deadline to upload the Admission Documents (formal documents): 16 August 2023
- 3.5 years
- Full Time
- On Campus Learning