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Electric vehicle technology (5 cr)

Code: T100CT18-3008

General information


Enrollment
25.11.2024 - 31.12.2024
Registration for the implementation has ended.
Timing
13.01.2025 - 11.05.2025
Implementation is running.
Number of ECTS credits allocated
5 cr
Local portion
5 cr
Mode of delivery
On-campus
Unit
(2019-2024) School of Automotive and Mechanical Engineering
Teaching languages
Finnish
Degree programmes
Master's Degree Programme in Automotive Engineering
Teachers
Sanna Heikkinen
Pasi Kovanen
Groups
T1924S6
Ajoneuvotekniikan tutkinto-ohjelma ylempi
Course
T100CT18

Implementation has 10 reservations. Total duration of reservations is 30 h 0 min.

Time Topic Location
Sat 18.01.2025 time 13:00 - 16:00
(3 h 0 min)
Sähköajoneuvotekniikka (YAMK) T100CT18-3008
Online
Fri 07.02.2025 time 09:00 - 12:00
(3 h 0 min)
Sähköajoneuvotekniikka (YAMK) T100CT18-3008
Online
Sat 08.03.2025 time 09:00 - 12:00
(3 h 0 min)
Sähköajoneuvotekniikka (YAMK) T100CT18-3008
Online
Fri 28.03.2025 time 09:00 - 12:00
(3 h 0 min)
Sähköajoneuvotekniikka (YAMK) T100CT18-3008
Online
Sat 29.03.2025 time 09:00 - 12:00
(3 h 0 min)
Sähköajoneuvotekniikka (YAMK) T100CT18-3008
Online
Fri 25.04.2025 time 09:00 - 12:00
(3 h 0 min)
Sähköajoneuvotekniikka (YAMK) T100CT18-3008
Online
Sat 26.04.2025 time 09:00 - 12:00
(3 h 0 min)
Sähköajoneuvotekniikka (YAMK) T100CT18-3008
Online
Fri 09.05.2025 time 09:00 - 12:00
(3 h 0 min)
Sähköajoneuvotekniikka (YAMK) T100CT18-3008
Online
Sat 10.05.2025 time 09:00 - 12:00
(3 h 0 min)
Sähköajoneuvotekniikka (YAMK) T100CT18-3008
Online
Sat 10.05.2025 time 13:00 - 16:00
(3 h 0 min)
Sähköajoneuvotekniikka (YAMK) T100CT18-3008
Online
Changes to reservations may be possible.

Objective

Student knows the components in a modern vehicle equipped with an electric powertrain, key component specifications and the relationship between components and vehicle key figures : range, environmental factors and vehicle manufacturing costs.

Student knows different battery- and electric motor techniques, charge standards and practical examples of production vehicle applications.

Student knows electric vehicle strengths and weaknesses compared to other powertrain solutions including environmental and social points of view.

Content

Electric- and hybrid vehicle powertrain solutions
Typical electric vehicle components and high voltage system architecture
Electric vehicle energy storage solutions and batteries
Electric vehicle charging systems and -standards
Electric vehicle powertrain design

Evaluation scale

0-5

Assessment criteria, satisfactory (1)

Sufficient performance: the student has completed basic requirements to pass the course and has demonstrated some ability to apply knowledge in the learning assignments related to working life. His/her analytical skills and/or the development approach need major improvement.

Assessment criteria, good (3)

Good overall performance by the student in course work. The student has been an active learner as an individual and in teams. S/he has demonstrated how to apply knowledge in the learning assignments related to analysing and developing working life.

Assessment criteria, excellent (5)

The student has shown excellent performance in all elements of the course. S/he has shown motivation and interest in individual and team learning as well as in sharing one’s expertise. The student has demonstrated well and creatively how to apply knowledge in the learning assignments related to analysing and developing working life.

Assessment criteria, approved/failed

Sufficient performance: the student has completed basic requirements to pass the course and has demonstrated some ability to apply knowledge in the learning assignments related to working life. His/her analytical skills and/or the development approach need major improvement.

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