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FEM Analysis (6cr)

Code: TK00BZ20-3007

General information


Enrollment
30.12.2025 - 26.01.2026
Registration for the implementation has begun.
Timing
01.01.2026 - 30.04.2026
Implementation is running.
Number of ECTS credits allocated
6 cr
Local portion
6 cr
Mode of delivery
Contact learning
Unit
Teknologia
Teaching languages
Finnish
Degree programmes
Bachelor’s Degree in Mechanical Engineering
Teachers
Sami Räsänen
Groups
KKT23S
KKT23S
Course
TK00BZ20

Realization has 26 reservations. Total duration of reservations is 71 h 30 min.

Time Topic Location
Tue 13.01.2026 time 12:45 - 15:30
(2 h 45 min)
FEM-laskenta TK00BZ20-3007
TA11L136_RoboLab TA11L136_RoboLab
Wed 14.01.2026 time 09:00 - 11:45
(2 h 45 min)
FEM-laskenta TK00BZ20-3007
TA11L136_RoboLab TA11L136_RoboLab
Tue 20.01.2026 time 12:45 - 15:30
(2 h 45 min)
FEM-laskenta TK00BZ20-3007
TA11L136_RoboLab TA11L136_RoboLab
Wed 21.01.2026 time 09:00 - 11:45
(2 h 45 min)
FEM-laskenta TK00BZ20-3007
TA11L136_RoboLab TA11L136_RoboLab
Tue 27.01.2026 time 12:45 - 15:30
(2 h 45 min)
FEM-laskenta TK00BZ20-3007
TA11L136_RoboLab TA11L136_RoboLab
Wed 28.01.2026 time 09:00 - 11:45
(2 h 45 min)
FEM-laskenta TK00BZ20-3007
TA11L136_RoboLab TA11L136_RoboLab
Tue 03.02.2026 time 12:45 - 15:30
(2 h 45 min)
FEM-laskenta TK00BZ20-3007
TA11L136_RoboLab TA11L136_RoboLab
Wed 04.02.2026 time 09:00 - 11:45
(2 h 45 min)
FEM-laskenta TK00BZ20-3007
TA11L136_RoboLab TA11L136_RoboLab
Tue 10.02.2026 time 12:45 - 15:30
(2 h 45 min)
FEM-laskenta TK00BZ20-3007
TA11L136_RoboLab TA11L136_RoboLab
Wed 11.02.2026 time 09:00 - 11:45
(2 h 45 min)
FEM-laskenta TK00BZ20-3007
TA11L136_RoboLab TA11L136_RoboLab
Tue 17.02.2026 time 12:45 - 15:30
(2 h 45 min)
FEM-laskenta TK00BZ20-3007
TA11L136_RoboLab TA11L136_RoboLab
Wed 18.02.2026 time 09:00 - 11:45
(2 h 45 min)
FEM-laskenta TK00BZ20-3007
TA11L136_RoboLab TA11L136_RoboLab
Tue 24.02.2026 time 12:45 - 15:30
(2 h 45 min)
FEM-laskenta TK00BZ20-3007
TA11L136_RoboLab TA11L136_RoboLab
Wed 25.02.2026 time 09:00 - 11:45
(2 h 45 min)
FEM-laskenta TK00BZ20-3007
TA11L136_RoboLab TA11L136_RoboLab
Tue 10.03.2026 time 12:45 - 15:30
(2 h 45 min)
FEM-laskenta TK00BZ20-3007
TA11L136_RoboLab TA11L136_RoboLab
Wed 11.03.2026 time 09:00 - 11:45
(2 h 45 min)
FEM-laskenta TK00BZ20-3007
TA11L136_RoboLab TA11L136_RoboLab
Tue 17.03.2026 time 12:45 - 15:30
(2 h 45 min)
FEM-laskenta TK00BZ20-3007
TA11L136_RoboLab TA11L136_RoboLab
Wed 18.03.2026 time 09:00 - 11:45
(2 h 45 min)
FEM-laskenta TK00BZ20-3007
TA11L136_RoboLab TA11L136_RoboLab
Tue 24.03.2026 time 12:45 - 15:30
(2 h 45 min)
FEM-laskenta TK00BZ20-3007
TA11L136_RoboLab TA11L136_RoboLab
Thu 26.03.2026 time 12:45 - 15:30
(2 h 45 min)
FEM-laskenta TK00BZ20-3007
TA11L136_RoboLab TA11L136_RoboLab
Tue 31.03.2026 time 12:45 - 15:30
(2 h 45 min)
FEM-laskenta TK00BZ20-3007
TA11L136_RoboLab TA11L136_RoboLab
Wed 01.04.2026 time 09:00 - 11:45
(2 h 45 min)
FEM-laskenta TK00BZ20-3007
TA11L136_RoboLab TA11L136_RoboLab
Tue 07.04.2026 time 09:00 - 11:45
(2 h 45 min)
FEM-laskenta TK00BZ20-3007
TA11L136_RoboLab TA11L136_RoboLab
Wed 08.04.2026 time 09:00 - 11:45
(2 h 45 min)
FEM-laskenta TK00BZ20-3007
TA11L136_RoboLab TA11L136_RoboLab
Tue 14.04.2026 time 12:45 - 15:30
(2 h 45 min)
FEM-laskenta TK00BZ20-3007
TA11L136_RoboLab TA11L136_RoboLab
Wed 15.04.2026 time 09:00 - 11:45
(2 h 45 min)
FEM-laskenta TK00BZ20-3007
TA11L136_RoboLab TA11L136_RoboLab
Changes to reservations may be possible.

Evaluation scale

0 - 5

Objective

Students will know the principles of the FEM and FEM calculations using application programmes.

Execution methods

Luennot ja harjoitukset

Accomplishment methods

The course includes lectures and various exercises.Passing the course requires the completion of practice tasks.The course requires 162 hours of student work.A more detailed course description is presented in the course implementation plan.

Content

Principles of the Finite Element Method.
The stages of FEM calculation.
Exercises

Assessment criteria, satisfactory (1)

The students know the basic of FEM and can use analysis software to analyse simple structures. They are aware of the significance of the software's limitations and can verify results produced by the Software.

Assessment criteria, good (3)

The students are able to use a wide range of professional concepts fluently and are able to assess the suitability of methods for different situations in various operational environments. They are able to apply FEM calculation methods to achieve optimal structural solutions.

Assessment criteria, excellent (5)

The students are able to use professional concepts with expertise and can apply their professional competence as required in different situations. They are able to select the best possible and available calculation parameters for the situation. They are able to analyse and simulate structures and to develop systematic methods and calculation instructions for FEM analysis.

Qualifications

Strength of Materials

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