Process definition
The "Modelling" process must allow the solution to be presented in the form of a formal model.
Process Elements
Involved stakeholders
stakeholder | Activity | Task | Partner |
---|---|---|---|
User, Designer | Choose technical, aesthetic and economic options |
Examine the functionalities of the product |
AIMEN |
End users, smartification specialists | Choose technical, aesthetic and economic options |
Examine the functionalities of the product |
UNINOVA |
Designer, Manufacturer | Choose technical, aesthetic and economic options |
Select materials |
AIMEN |
Smartification specialists, hardware specialists, co-designer | Choose technical, aesthetic and economic options |
Select materials |
UNINOVA |
Smartification specialists, hardware specialists | Choose technical, aesthetic and economic options |
Select materials |
UNINOVA |
Designer | Choose technical, aesthetic and economic options |
Select materials |
Université de Lorraine |
3D printing Technical staff | Choose technical, aesthetic and economic options |
Select materials |
Université de Lorraine |
Designer | Present a model/mock-up |
Draw the preliminary drafts |
AIMEN |
CAD specialists, designers | Present a model/mock-up |
Draw the preliminary drafts |
UNINOVA |
User, Designer | Present a model/mock-up |
Validate with the users |
AIMEN |
Input
Input | Activity | Task | Partner |
---|---|---|---|
Specification of the product and/or skecth |
Choose technical, aesthetic and economic options |
Examine the functionalities of the product |
AIMEN |
Does the provided smartified function solves the problem in the way the end user expected? |
Choose technical, aesthetic and economic options |
Examine the functionalities of the product |
UNINOVA |
Mechanical requirements, colors and textures of the design |
Choose technical, aesthetic and economic options |
Select materials |
AIMEN |
Different types of hardware for one given solution; |
Choose technical, aesthetic and economic options |
Select materials |
UNINOVA |
Different types of hardware for one given solution |
Choose technical, aesthetic and economic options |
Select materials |
UNINOVA |
CAD model, waste feedstock available |
Choose technical, aesthetic and economic options |
Select materials |
Université de Lorraine |
Draft of the design |
Present a model/mock-up |
Draw the preliminary drafts |
AIMEN |
Hardware dimensions |
Present a model/mock-up |
Draw the preliminary drafts |
UNINOVA |
Draft of the design |
Present a model/mock-up |
Validate with the users |
AIMEN |
Output
Output | Activity | Task | Partner |
---|---|---|---|
Draft of the design and its components. |
Choose technical, aesthetic and economic options |
Examine the functionalities of the product |
AIMEN |
End user feedback on the proposed solution. If not ok it is necessary to re-analise the design constrains. |
Choose technical, aesthetic and economic options |
Examine the functionalities of the product |
UNINOVA |
Material especification |
Choose technical, aesthetic and economic options |
Select materials |
AIMEN |
Materials composition (customized compounded if needed), preliminary recommended processing conditions |
Choose technical, aesthetic and economic options |
Select materials |
AIMEN |
Have the real devices/hardware to be used on hand |
Choose technical, aesthetic and economic options |
Select materials |
UNINOVA |
Definition of type material |
Choose technical, aesthetic and economic options |
Select materials |
Université de Lorraine |
Draft of the design |
Present a model/mock-up |
Draw the preliminary drafts |
AIMEN |
Physical piece |
Present a model/mock-up |
Draw the preliminary drafts |
AIMEN |
CAD model of the hardware housing to be used by the designers. |
Present a model/mock-up |
Draw the preliminary drafts |
UNINOVA |
Final design |
Present a model/mock-up |
Validate with the users |
AIMEN |
Technologies
Technology/Equipment | Technology's maturity | Activity | Task | Partner |
---|---|---|---|---|
CAD software |
Mature |
Choose technical, aesthetic and economic options |
Examine the functionalities of the product |
AIMEN |
Online survey/chat with specialist |
Mature |
Choose technical, aesthetic and economic options |
Examine the functionalities of the product |
UNINOVA |
Simulation software if available |
Mature |
Choose technical, aesthetic and economic options |
Select materials |
AIMEN |
Devices catalog (sensors, etc…) |
Emerging |
Choose technical, aesthetic and economic options |
Select materials |
UNINOVA |
Devices catalog (sensors, etc…) |
Emerging |
Choose technical, aesthetic and economic options |
Select materials |
UNINOVA |
Shredding machine (Mature), Cleaning operations (Emergin), Smart collector (Emerging) |
Emerging |
Choose technical, aesthetic and economic options |
Select materials |
Université de Lorraine |
CAD software |
Mature |
Present a model/mock-up |
Draw the preliminary drafts |
AIMEN |
CAD software |
Mature |
Present a model/mock-up |
Draw the preliminary drafts |
UNINOVA |
Skills
Skills | Skills' maturity | Activity | Task | Partner |
---|---|---|---|---|
3D design |
Mature |
Choose technical, aesthetic and economic options |
Examine the functionalities of the product |
AIMEN |
Beginning |
Mature |
Choose technical, aesthetic and economic options |
Examine the functionalities of the product |
UNINOVA |
3D design / Mechanical Simulation |
Mature |
Choose technical, aesthetic and economic options |
Select materials |
AIMEN |
3D printing knowledge, materials engineering |
Emerging |
Choose technical, aesthetic and economic options |
Select materials |
AIMEN |
Intermidiate |
Mature |
Choose technical, aesthetic and economic options |
Select materials |
UNINOVA |
Expert |
Mature |
Choose technical, aesthetic and economic options |
Select materials |
UNINOVA |
Initial quality evaluation |
Mature |
Choose technical, aesthetic and economic options |
Select materials |
Université de Lorraine |
Identify type of plastics |
None |
Choose technical, aesthetic and economic options |
Select materials |
Université de Lorraine |
Logistical organization of the supply |
Mature |
Choose technical, aesthetic and economic options |
Select materials |
Université de Lorraine |
Cleaning processes |
Mature |
Choose technical, aesthetic and economic options |
Select materials |
Université de Lorraine |
3D design |
Mature |
Present a model/mock-up |
Draw the preliminary drafts |
AIMEN |
Intermidiate |
Mature |
Present a model/mock-up |
Draw the preliminary drafts |
UNINOVA |
Decisions
Decisions | Activity | Task | Partner |
---|---|---|---|
Given the specifications of the user and/or a sketch, the designer will provide a rough design divided in components that can be manufactured. |
Choose technical, aesthetic and economic options |
Examine the functionalities of the product |
AIMEN |
The end user sees the proposed smartified solution and verifies if it meets the expectations, giving feedback. In case of negative feedback the user is invited to reformulate the identification of the design constrains (Analyse conscious and unconscious user needs) |
Choose technical, aesthetic and economic options |
Examine the functionalities of the product |
UNINOVA |
From the components of the design and its structural requirements, and given a list of materials, a material and color is selected for each part of the design. |
Choose technical, aesthetic and economic options |
Select materials |
AIMEN |
Given the material especification and prototype funcionailties defined, the manufacturer will choose a specific material for the prototyping. |
Choose technical, aesthetic and economic options |
Select materials |
AIMEN |
The expert reviews the different possibilites of hardware/devices that can solve the user need and are compatible with the chosen furniture design. |
Choose technical, aesthetic and economic options |
Select materials |
UNINOVA |
The expert chooses the different possibilites of hardware/devices that are available. If the devices available are incompatible (dimesnsions and functions) from the chosen then return to the modelling steps. |
Choose technical, aesthetic and economic options |
Select materials |
UNINOVA |
Collect the waste material from the local sources. |
Choose technical, aesthetic and economic options |
Select materials |
Université de Lorraine |
Make pre-treatment process to clean the waste material. |
Choose technical, aesthetic and economic options |
Select materials |
Université de Lorraine |
Sort material by type/color |
Choose technical, aesthetic and economic options |
Select materials |
Université de Lorraine |
Stock the material |
Choose technical, aesthetic and economic options |
Select materials |
Université de Lorraine |
Update the inventory on the waste material usable. |
Choose technical, aesthetic and economic options |
Select materials |
Université de Lorraine |
The designer will create a more curated design for the product, taking into account materials and manufacturing limitations |
Present a model/mock-up |
Draw the preliminary drafts |
AIMEN |
The CAD specialist integrates the device model in the furniture design. |
Present a model/mock-up |
Draw the preliminary drafts |
UNINOVA |
The user validates the curated design |
Present a model/mock-up |
Validate with the users |
AIMEN |