PM-2-011

• Plastteknik 2013 (svenska) - Production methods and tool design
• Plastics technology 2013 - Tillverkningsmetoder och verktyg
• Process- och materialteknik 2014 - Materialbearbetning
• Process- och materialteknik 2015 - Materialbearbetning
• Process- och materialteknik 2016 - Materialbearbetning
• Process- och materialteknik 2017 - Materialbearbetning
• Process- och materialteknik 2018 - Materialbearbetning
• Process- och materialteknik 2019 - Materialbearbetning
• Process- och materialteknik 2020 - Materialbearbetning
• Materials processing technology 2014 - Materialbearbetning
• Materials processing technology 2015 - Materialbearbetning
• Materials processing technology 2016 - Materialbearbetning
• Materials processing technology 2017 - Materialbearbetning
• Materials processing technology 2018 - Materialbearbetning
• Materials processing technology 2019 - Materialbearbetning
• Mechanical and sustainability engineering 2020 - Materialbearbetning

Engelska

Obligatorisk

Yrkeshögskoleexamen

2

5 sp

To work in teams in the design of parts for 3D printing.

At the end of the course the student is expected to be able to:

Design parts in SolidWorks for 3D Printing

Determine print times for MakerBot 3D Printing

Select between different 3D Printing operations

Participate in group work in the development of a product for 3D Printing

Produce quality essays and reflect on the future of 3D Printing

Use online presentation software

Learning 3D Printing
Learning to use MakerBot Printers
Additive Manufacturing: Short Run Production
Design for Additive Manufacturing: FDM
Rapid Prototyping for Product Design
Additive Manufacturing: Materials for 3D Printing
Additive Manufacturing: Optimization 3D Prints
Additive Manufacturing: Troubleshoot 3D Prints
Additive Manufacturing: Metal 3D Prints
3D Scanning with a Camera

Product Development for 3D Printing - Group Project.

The Future of 3D Printing

Solid Modelling - Students are required to model parts for 3D printing using SolidWorks or a similar 3D CAD software.

The student is required to sign up to a group for the group presentation within the first week of class and to participate in group work. The student can choose from an on campus face to face group or a remote working group. There is thus no compulsory attendance in this course.

Course Software Available also from:
lab.arcada.fi
https://www.autodesk.com/education/edu-software/overview?sorting=featur… Extern länk

"3D Printing and Additive Manufacturing", Chee Kai Chua, Kah Fai Leong.

Additional Reference book: "3D Printing - Technology, Applications and Selection", Noorani

• Basgruppsarbete - 40 timmar
• Projekt- och produktionsarbete/konstnärlig verksamhet - 35 timmar
• Självstudier - 30 timmar
• Nätbaserade - 30 timmar

• Kursens totala antal arbetstimmar: 135 timmar
• Varav självstyrda studieformer: 135 timmar
• Varav schemalagda studier: 0 timmar

Flerformsundervisning (delvis nätundervisning handledd eller självstudier)

• Demonstrationer och färdighetsprov
• Essä, rapporter, produktioner och portfolio

The course requires the students to obtain over 50% in total.

20% - Assignment 1: LinkedIn Learning online courses
30% -Assignment 2 (optional), The Future of 3D Printing individual essay

50% - Product Development for 3D Printing - Group Presentation and Report

Follow good scientific practice in studies at Arcada:

https://start.arcada.fi/system/files/media/file/2020-01/good-scientific…

GRADING.
50-59 Grade 1 Satisfactory
60-69 Grade 2 Satisfactory
70-79 Grade 3 Good
80-89 Grade 4 Good
90-100 Grade 5 Excellent

• Anukka Harri
• Vihtonen Mathew

Vihtonen Mathew

https://arcada.itslearning.com/ Extern länk

Ingen begränsning

Till datum 2021-12-09

Click "PLANS" tab in itslearning for detailed weekly schedule.

• 2021-12-09 - Demonstrationer och presentationer
• 2022-01-03 - Rapporter och produktioner