1. New Materials and Means of Production Teppo Vienamo 26.10.2015

2. Agenda 9:00 Well come: Teppo 9:15 You are in the right place at right time: Jaana Beidler 10:00 Students introduction 11:00 Course introduction Teppo 12:00Lunch: Teachers form the groups 13:00 Wild ideas task and starting workshop 15:00 Jussi Mikkonen Electronics 2035 15:30Team building

3. Course is about How to design for Future Emerging technologies – Additive manufacturing Learn about new materials (Exploring new material possibilities)

4. Teachers Teppo Vienamo Jaana Beidler Oldouz Moslemian Special lectures various topics

5. Future Jussi Mikkonen: Electronics in future Johannes Koponen: Demos Helsinki is the Nordic think tank Heidi Paavilainen: How to design for future Kivi Sotamaa: How additive technology changes future

6. Additive manufacturing Meng Wang: Additive methods Ashish Mohite: Generative modelling Jukka Helle Additive manufacturing by robots Oldouz Moslemian Textile hybrid

7. Oldouz Moslemian: Biomimetics Breony Crittenden, Bringing New Materials and Methods of Making into Design Work Jaana Beidler: Innovative foot wear at Nike Saarikorpidesign: Excursion

8. Materials Jukka Itälä Thesis and new material research Pirjo Kääriäinen: Textile materials Michael Lettenmeier: Materials and environment Teppo Vienamo: Material Database CES Edupack

9. Materials to time scale 5 000 BC 0 900 1800 1900 19501980 20002010

10. Energy system of the world Where does energy come? What is it used to?

11. http://www.treehugger.com/corporate-responsibility/world- energy-use-to-increase-53-by-2035-despite-facebook- changes.html http://www.worldenergy.org/wp- content/uploads/2013/10/WEC_Resources_su mmary-final_180314_TT.pdf

12. Million Tonnes of Oil Equivalent http://aleklett.wordpress.com/2012/11/29/an-analysis-of-world-energy- outlook-2012-as-preparation-for-an-interview-with-science/

13. http://www.withbotheyesopen.com/pdftrans ponder.php?c=100

15. CES Edupack Material selection database New materials module Material synthesizer

16. Designing product concepts for a new mean of production Additive manufacturing 3th industrial revolution? How can you make multiple “parts” or functions in a simultaneously made print? Now and in future http://cr4.globalspec.com/blogentry/25285/Plastic -Parts-Perspectives-and-3D-Printed-Cars https://www.youtube.com/watch?v=daioWlkH7ZI

17. Practicalities Schedule Course structure and tasks Learning objectives Tasks Team work

18. Workload: 270 h Lectures, excursions, assignment briefs and debriefing sessions 56 h (7 x 8h) Team tutoring 14 h Team work with the design assignment 180h Learning diary 20h

19. Tasks Out door Sport device for 2035 New materials research task Suunto concept development task for additive manufacturing Learning diary

20. Teams About 3 students Multidisciplinary

21. Evaluation Peer (35%) and self (15%) evaluation Team building and communication skills 50 % How well the team member has advanced the project 50 % It is not possible that the team members equally graded Teachers evaluation (50%) Parallel concepts mid-term presentations 30% Subtasks (3kpl) + 30% Participation and activeness 10% Presentation 30% Teppo Vienamo

22. Learning diary Daily / weekly notes What you learned Reflection What you think about it What puzzles or inspires? To MyCourses in the end of the course

23. Serif Form a circle Serif in middle Point with one finger and tell name If right, pointed squats down Ones on sides point to each other and tell the names Slower is new serif

24. Picture of the team One person Thigs that you all share