Preparation
01 · Define the purpose
- Establish the objective of the activity: What idea, concept, or problem is being explored or solved?
02 · Select materials
- Gather simple materials such as: Paper, cardboard, tape, scissors. Markers, clay, wooden sticks. Recycled objects like bottles, boxes, or caps. Optional: Digital materials like 3D design tools (e.g., Tinkercad).
- Paper, cardboard, tape, scissors.
- Markers, clay, wooden sticks.
- Recycled objects like bottles, boxes, or caps.
- Optional: Digital materials like 3D design tools (e.g., Tinkercad).
03 · Plan the workspace
- Organize an area where teams can work comfortably and store their materials.
04 · Set time limits
- Define how much time participants will have to design and build their models.
Step-by-step instructions
1
Introduce the purpose
- Explain the objective of the activity: representing an idea or solving a problem through physical model construction.
- Share examples of how a model can help visualize and communicate ideas.
2
Present the challenge
- Introduce the concept or problem that participants need to represent.
- Example:
- Represent the flow of communication in a team.
- Build a prototype of an inclusive space.
3
Exploration and ideation
- Participants discuss ideas in teams, deciding how they will represent the concept or solve the challenge.
- Encourage the use of sketches or drawings as a preliminary step before construction.
4
Model construction
- Teams use the provided materials to build their models.
- Encourage participants to test different approaches and adapt if challenges arise.
5
Model presentations
- Each team presents their model to the group, describing how it represents the idea or proposed solution.
- Invite the group to ask questions and share observations.
6
Group reflection
- Facilitate a discussion about the building process:
- What challenges did they face while constructing their models?
- How did the model help them better understand the concept or problem?
- What aspects could be improved?
7
Closure and key learnings
- Summarize the key learnings and conclusions from the exercise.
- Connect the constructed models to practical applications or related theoretical concepts.
Materials
Paper, recycled cardboard, and colored cardstock.
Magazines and newspapers for cutting out images or words.
Markers, colored pencils, and pens for writing and decorating.
Adhesive tape (transparent, masking, or double-sided), glue, and scissors.
Cardboard tubes, bottle caps, and small plastic bottles.
Boxes of various sizes (such as shoe or food boxes).
Flexible wire, wooden sticks, and fabric or felt scraps.
Thread, string, yarn, and wool to represent networks or lines.
Stickers, adhesive labels, and corks to highlight key points.
Small objects like buttons, paper clips, or rubber bands for functional details.
Digital tools
Practical recommendations
Provide examples
Show a simple model as inspiration to help participants get started.
Encourage creativity
Motivate participants to experiment and explore different approaches.
Facilitate without interfering
Allow teams to develop their ideas while being available to answer questions.
Document the results
Photograph or record the models and their explanations for future reference.
Connect with practical applications
Link the models to real-world situations or theoretical concepts.
Inspiration
Collaborative Model Building Ideas:
- Community support network: Represent how people and resources connect within a community to solve local problems.
- Communication flow: Show how information is transmitted in a team or organization, highlighting barriers and areas for improvement.
- Recycling circuit: Represent how materials are collected, sorted, and reused in a waste management system.
- Functional home model: Design a basic house integrating essential spaces such as a kitchen, living room, and common areas.
- Inclusive space layout: Represent a park, office, or classroom that incorporates accessibility for all individuals.
- Local connections map: Visualize key actors and relationships within a community or specific environment.
- Decision-making process: Show the necessary steps to reach a consensus within a group.
- Community garden design: Prototype the layout of crops, pathways, and shared spaces in a green community space.
- Project workflow: Represent the main phases of a project, from planning to evaluation.
- Basic transportation network: Design optimized routes to connect people and resources within a small area.
- Collaborative learning process: Show how different people can contribute to group learning.
- Conflict resolution framework: Design a visual flow of how to resolve disputes within a team or community.
- Simple tool prototype: Create a functional model to solve a practical problem, such as an organizer or dispenser.
- Local resource flow: Represent how materials, food, or services are distributed within a community.
- Collaborative workspace model: Design a space that fosters interaction, creativity, and productivity.
- Local market proposal: Represent the ideal layout of stalls, entrances, and services in a market.
- Feedback process: Show how ideas and opinions flow within a team to improve a project.
- School network map: Visualize how schools, families, and communities collaborate in education.
- Inclusion process model: Represent how different perspectives and needs can be integrated into an activity or space.
- Social campaign flow: Show key steps from planning to the impact of a social initiative.
- Basic services access map: Design how to optimize the distribution of water, electricity, or healthcare in a community.
- Team role distribution: Represent how individuals can collaborate by assigning tasks and responsibilities.
- Product or service improvement path: Design a visual roadmap from initial design to implemented improvements.
- Group decision-making process: Visualize how teams reach agreements while considering different perspectives.
- Creative recycling strategy: Create a model representing how to repurpose materials into practical tools or decorations.
