MPOPHOMENI PROTOTYPING

Attendees went through the list of ideas that had emerged from the initial Design Thinking workshop and through the Biomimicry Challenge to Biology Ideation and voted upon through the WhatsApp poll in the prototyping session.

WORKSHOP

Participants assessed the ideas that emerged from the initial Design Thinking workshop and through the Biomimicry Challenge to Biology Ideation. These ideas were distributed to the wider community network via a WhatsApp poll, and then revisited in the prototyping workshop.

Ideas Selection

  • Why might the idea work
  • Why it might not work
  • How it could be improved
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PROCESS STEPS

A brief overview of the core process


PROTOTYPING

DESIGN BRIEF

  • Create a solid waste management plan to contribute to a sustainable, self-sufficient township.


  • Identify where & who to clean up, transport & sorting requirements, how processing into other products can be achieved and how investment into the township can be achieved. Initiate waste education programs and gardens for food and beauty.


  • Improvements will create security, increase tourism, reduce pollutions and encourage business activity. Technology will need to be addressed and municipality will be impacted.


  • Leaders, local business, artists, forums, focus groups, NGO's, entrepreneurs, retail outlets, security services and skilled workers can all be involved.


LOW FIDELITY PROTOTYPE

CONCEPTUAL DEVELOPMENT : A SYSTEMS MAP FOR A WASTE MANAGEMENT CENTER

SYSTEMS MAP

“Showing the potential process flow of waste movement through the system, from collection at selected locations through to transportation to the physical locations for waste management such as sorting and processing.”

COLLECTION

-  What is the community collection strategy? 


-  Where will collection points be located?


-  Who will collect the waste?


-  How can waste be collected most efficiently?


TRANSPORTATION

-  How will waste be transported from collection points to waste management locations?


-  Who will be responsible for transportation?


-  What vehicles would be required for transportation?


SORTING

-  Where will waste be sorted?

-   Who will be responsible for the sorting of waste into different categories?

-  Through the process of sorting, what materials can be utilised without being processed?

-  Could a waste trading system be implemented, where different businesses within the community utilise the materials that are coming into the plant?

-  Could certain waste materials possibly to be reused in the community?

PROCESSING

-  What are the potential outputs of waste processing?

-  How will we handle unrecoverable waste?

-  Could energy be harvested from unrecoverable waste?

-  Could unrecoverable waste be upcycled into new creations that could be sold for a profit?

-  Could recoverable materials be upcycled into new creations that could be sold for a profit?

-  Could recoverable materials be converted into raw materials?

-  What resources or machinery will be needed for processing of waste?

Testing:

The systems map was designed to plan for a Waste Management Center and was highly successful as a preliminary phase to replace a low-fidelity prototype of the proposed center. Troubleshooting potential snags and opening up ideas during the workshop was the perfect starting point for the community.

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COMMUNITY FEEDBACK

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