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Etusivu > Ajankohtaiset koulutukset > Konetekniikan koulutus (KT) > 2019V > Vuosi 2 > 3D Modeling and Product Lifecycle Management (IKTA2501)

3D Modeling and Product Lifecycle Management

Rakennetyyppi: Opintojakso
Koodi: IKTA2501
Tyyppi: Pakollinen / Ammattiopinnot
OPS: KT 2019V
Taso: Insinööri (AMK)
Opiskeluvuosi: 2 (2020-2021)
Lukukausi: Syksy
Laajuus: 5 op
Vastuuopettaja: Hantula, Juha
Opetuskieli: Englanti

Toteutukset lukuvuonna 2020-2021

3001KT2019-2, KT2019-2A1.8.2020 – 31.12.2020Jani LeppämäkiSuomi17.8.2020 – 11.9.2020
3002KT2019-2, KT2019-2B1.8.2020 – 31.12.2020Jani LeppämäkiSuomi17.8.2020 – 11.9.2020
3003KT2019V-2, KT2019V-2A, KT2019V-2B1.9.2020 – 20.12.2020Jani LeppämäkiSuomi17.8.2020 – 11.9.2020

Suoritus rästissä? Katso toteutukset lukuvuonna 2022-2023.


The student will be able to produce parametric 3D- solid and surface models of various components. He or she is also able to combine these models to assemblies as well as to present the designs in a form of engineering drawings. The student understands the basic concepts of a PLM system and knows the principles of its function as a part of technical information system.

Opiskelijan työmäärä

Total work load of the course: 135 h, of which
- scheduled studies: 55 h
- autonomous studies: 80 h
The assessment of student’s own learning 1 h is included in contact lessons.


The principle of feature-based modeling, creating features and their hierarchy. Building a part model, sketching and using constraints. Parametric dimensions and constraints. Making of the various features, copying and patterning. Assembly modelling, constraints and exploded views. Manufacturing drawings, assembly and exploded assembly drawings, part lists, rendered pictures. Basics of surface modeling. Sheet metal models.

PLM: Items, documents, Product models and structures, revisions. Configurable products. PLM standards and systems.


1. 3D-Modeling, Juha Hantula.
2. Handouts provided by the lecturer.

Opetusmuoto / Opetusmenetelmät

Contact teaching.


5: Student is able to apply course content on his/her own initiative and develop new solutions.
3: Student is able to apply course content independently.
1: Student is able to use course content to limited extent.


Numerical assessment of examination and assignments. Examination includes practical tasks at workstations.