1. Designing an electronical device for business and production
Aaltonaut minor program
Teppo Vienamo

2. Program
13:15 Course framing (Teppo Vienamo) 13:45 Assignments ( Teemu Ronkka) 14:15 Project teams 14:30 Break 14:45 Ideation with Phoenix check list + SCAMPER (Maurice Forget) 15:45 Practicalities (Teppo Vienamo)

3. Product design project
Design Factory
Interdisciplinary team as a Product development department
Process, from given idea to production ready design

4. Design task A small device Embedded electronics
Production ready design
Demonstration models
Design and mechanics 1/1
Electronic functionality

5. To consider User experience UX Product architecture / structure
Electronics
Costs and prizing
Brand identity
Materials
Coding
User interface UI
Production methods

6. Product ideas Gym Timer Pool Pacer Paddle Power Meter Water Purifier
Gives both workout and reversion time and amount of cycles
Pool Pacer
Crowded swimming pools are difficult to keep count on laps or Device to harmonize the speeds
Paddle Power Meter
Strain gauge component to measure own kayak or SUB paddling performance
Water Purifier
Solar energy rechargeable water purifying  device using titanium dioxide and UV light to destroy microbiologic organisms
Dust meter
Measuring device for air impurities in construction sites
Rechargeable light
Personal device for developing countries where no reliable source of light is available
    

7. Teams About 5 students Multidisciplinary
Engineering, Design, Electronics, Programing, Business, Materials, 3D CAD, Model making, User experience, Management, ….

8. Teams

9. Maurice

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

11. Teachers Teppo Vienamo Teemu Ronkka Meri Kuikka Maurice Forget
Responsible teacher
Design, plastics, production methods,
Model making
Teemu Ronkka
Coding and electronics
Meri Kuikka
Business
Maurice Forget
English and communication
Ville Kukkoliedes
3D printing and Finalizing

12. Schedule

13. Subtasks Mini conference Project plan Concepts 3D modelling draft
Pitch 2 parallel versions product concepts of your idea
3D modelling draft
Poster draft
Final Design
Production ready detailed design of the mechanics in a finalized rapid prototype electronical functionality demo

14. Learning objectives
Business: Branding, cost structure Engineering: Product architecture, mechanical structure Electronics: Integrated electronics in a device, Coding Design: User experience, plastics design for manufacturing

15. Working on the course Contact teaching Independent working
Friday afternoons 13:15 -17:00 + Writing workshop
Obligatory presence: Kick-off, mid-term presentations, final presentations and course feedback session.
Independent working
70-80 hours team / individual work
Teppo Vienamo

16. Evaluation Peer (35%) and self (15%) evaluation
Team building and communication skills 50 %
How well the team member has advanced the project 50 %
Not a equal grade to all
Teachers evaluation (50%)
Parallel concepts and other subtask 1/3
Participation and activeness /3
Final design and Gallery walk presentation 1/3
Teppo Vienamo

17. Conference 30.9. Texts to read at home (introduced next week)
Same topic to 2-3 students
Preparation on lecture
30 minutes time
One flip-chart
Visualization: Figure, chart, picture
3 Parallel sessions
5 min presentation, 5 min conversation, 5 min change
Teppo Vienamo

18. Happy Weekend