Curricula

Curriculum Table

Competences

Assessment Framework

General Information

Description

TK00DQ11	Advanced 3D Modelling and Prototyping (5 cr)
Prerequisites	Not applicable
Objectives	The student is able to use advanced modeling technologies with the CAD system and create technical drawings. The student knows different 3D printing methods. The student is able to recognize different possibilities to manufacture 3D printed parts.
Content	Advanced CAD modeling 3 ECTS: Advanced modeling technologies Modeling of Sheet metal structures Basics of surface modeling Basics of modeling of molded parts Assemblies and drawings Prototype engineering 2 ECTS: Introduction to AM Basic AM categories Rapid tooling Rapid prototyping Reverse Engineering Laboratory exercises
Recommended optional programme components	If necessary, the student advisor will recommend optional programme components for each student based on their individual study plan.
Accomplishment methods	Not applicable
Execution methods	Not applicable
Materials	Not applicable
Literature	Not applicable
Evaluation Criteria	0-5
Evaluation Criteria	satisfactory (1-2) The student is able to model parts and assemblies using basics of advanced CAD modeling techniques and surface modeling tools and create technical drawings for documentation. The student knows the terms of 3D printing. The student knows different 3D printing methods, machines and materials. The student is able to define the term reverse engineering. good (3-4) The student is able to use various suitable advanced CAD modeling techniques and tools for modeling parts and assemblies and create technical drawings for documentation. The student knows the terms of 3D printing. The student knows different 3D printing methods, machines and materials and is able to choose suitable production methods for products and materials. The student is able to define the term reverse engineering and is able to descirbe how to apply reverse engineering. excellent (5) The student is able to take into account material and manufacturing methods effect on designing parts and assemblies and select proper advanced CAD modeling techniques and tools for designing parts and assemblies and create technical drawings for documentation. The student understands the terms of 3D printing. The student understands different 3D printing methods, machines and materials and is able to choose suitable production methods for different products and materials. The student is able to define the term reverse engineering and is able to apply reverse engineering. The student can apply what she/he has learned.
Assessment Frameworks	Not applicable
Further Information	Not applicable
Responsible persons	Not applicable
Links	Not applicable

Implementations

Show old implementations

• 01.01.2024 - 05.05.2024 (TK00DQ11-3001 | KTO22SP9)
Group(s)
KTO22SP9

Max Seats
Not applicable

Evaluation Criteria
0-5

Language of Instruction
English

Type of Course
Not applicable

Responsible Teacher
Annukka Tyni

Mode of Delivery
R&D Studies: 0.00 cr
Virtual Studies: 0.00 cr
Contact Teaching: 5 cr

Teacher(s)
Jari Mahlakaarto, Annukka Tyni

Smaller Group(s)
Not applicable

Evaluation Criteria
0-5

Assessment Methods and Criteria
Not applicable

Planned Learning Activities and Teaching Methods
Not applicable

Location and time
Not applicable

Learning environments
Not applicable

Recommended or Required Reading
Not applicable

Further Information
Not applicable

Completion Alternatives
Not applicable

Teacher(s)
Jari Mahlakaarto, Annukka Tyni

Work Placement and Working Life Connections
Not applicable

Exam Schedule
Not applicable

International Connections
Not applicable

Student's Time Use and Workload
Not applicable

Learning Progress
Not applicable

Evaluation criteria accepted
Not applicable

Evaluation criteria failed
Not applicable