Orientation ProjectLaajuus (5 cr)
Code: IE00BG82
Credits
5 op
Teaching language
- English
Responsible person
- Tapio Korpijaakko
Learning objectives
After completing the course, the student is able to
- understand how e.g. physics and chemistry are related to practical work in mechanical engineering
- perceive of what a project-based learning is about
- work independently and as a member of the project group
- understand, in a concrete way, a product development/ production process from an idea to a physical prototype.
Content
- Project management and project documentation
- Use of information technology
- The basics of natural sciences studies (physics, chemistry)
- The basics of the program-specific studies
Further information
The course is recommended to do simultaneously with the course 'Communication Skills for Engineering Students'.
Enrollment
01.12.2024 - 15.01.2025
Timing
01.01.2025 - 31.07.2025
Credits
5 op
Mode of delivery
Contact teaching
Teaching languages
- English
Degree programmes
- Degree Programme in Mechanical Engineering
Teachers
- Tuukka Heiskanen
- Tapio Korpijaakko
Student groups
-
IE24SPMechanical Engineering
Teaching methods
• Project management (2 ECTS), brainstorming, a project
plan agreed upon a product development and production
process and practical implementations integrated into the
3D modelling and manufacturing courses
Actual product is manufactured in the laboratory
• Physics (2 ECTS), the basic concepts of physics and their
application to the project topic
• Communication in projects 1 (1 ECTS), reporting, team
work in projects, project presentations
The assessment by the course instructor based
on the functionality of the product and quality of
project reports
• self-assessment
• peer review
• Grading scale: 0 – 5
• Project (40%), Physics (40%) and
communication (20%)
Student workload
• Group work: Lectures 70 h
– Project: 28 h
– Physics: 28 h
– Communication: 14 h
• Independent work: 65 h
• Student work alltogehether: 135 h
Materials
Materials handed in Moodle
Further information
All parts requires active participation in class.
All three parts (product management, physics, communication ) of the course must be passed to get the grade.
To pass participation level to the class/laboratory teaching has to be minimum 80 %
Enrollment
01.12.2023 - 15.01.2024
Timing
01.01.2024 - 31.07.2024
Credits
5 op
Mode of delivery
Contact teaching
Teaching languages
- English
Teachers
- Tuukka Heiskanen
- Tapio Korpijaakko
Student groups
-
IE23SPMechanical Engineering
Teaching methods
• Project management (2 ECTS), brainstorming, a project
plan agreed upon a product development and production
process and practical implementations integrated into the
3D modelling and manufacturing courses
Actual product is manufactured in the laboratory
• Physics (2 ECTS), the basic concepts of physics and their
application to the project topic
• Communication in projects 1 (1 ECTS), reporting, team
work in projects, project presentations
The assessment by the course instructor based
on the functionality of the product and quality of
project reports
• self-assessment
• peer review
• Grading scale: 0 – 5
• Project (40%), Physics (40%) and
communication (20%)
Student workload
• Group work: Lectures 70 h
– Project: 28 h
– Physics: 28 h
– Communication: 14 h
• Independent work: 65 h
• Student work alltogehether: 135 h
Materials
Materials handed in Moodle
Further information
All parts requires active participation in class.
All three parts (product management, physics, communication ) of the course must be passed to get the grade.