Workshop Title: “Sustainable Rapid Prototyping for Societal Challenges”
1. Introduction (15 minutes)
- Welcome and Icebreaker: Start by introducing the workshop and getting participants acquainted with each other. Share a brief overview of the goals and structure.
- Why Rapid Prototyping Matters: Explain the importance of rapid prototyping in product development and innovation.
2. Understanding Societal Challenges (30 minutes)
- Identifying Key Hypotheses: Since some students may not have selected a key hypothesis yet, allocate time for brainstorming. Discuss various societal challenges (e.g., climate change, healthcare access, education, poverty) and encourage participants to propose hypotheses related to these challenges.
- Group Activity: Divide participants into small groups. Each group selects a societal challenge and formulates a hypothesis. Emphasize the need for innovative solutions. Learn more about identifying and prioritizing your key hypothesis here
3. Sustainable Design Principles (45 minutes)
- Lecture and Discussion: Present sustainable design principles, including ecological and economic considerations. Discuss concepts like life cycle assessment, circular economy, and minimizing environmental impact.
- Case Studies: Share examples of products or technologies that successfully integrate sustainability. Highlight how rapid prototyping can contribute to sustainable design.
4. Rapid Prototyping Techniques (60 minutes)
- Overview of Techniques: Explain various rapid prototyping methods, such as 3D printing, CNC machining, laser cutting, and electronics prototyping.
- Hands-On Activity: Provide participants with a simple design challenge (e.g., creating a reusable water bottle cap). Ask them to prototype their solution using available materials or software tools.
5. Integrating Sustainability (45 minutes)
- Design Thinking Workshop: Guide participants through the design thinking process. Encourage them to consider sustainability at each stage (ideation, prototyping, testing).
- Eco-Friendly Materials: Discuss sustainable material choices for prototypes. Explore biodegradable plastics, recycled materials, and local sourcing.
6. Prototyping Session (90 minutes)
- Individual or Group Work: Participants work on their prototypes. They should consider primary functionality, aesthetics, and sustainability aspects.
- Mentor Support: Teachers and mentors provide guidance during the prototyping process.
7. Testing and Iteration (30 minutes)