“Welcome to our exciting journey into the world of Maker Space! Today marks the beginning of a hands-on exploration where creativity knows no bounds. In this class, we will dive into the fascinating realm of Maker Spaces, learning about the various tools at our disposal and unleashing our creativity by crafting something meaningful from a simple yet versatile material—cardboard.
Maker Spaces are collaborative environments where ideas come to life. They are equipped with an array of tools and materials that empower individuals to design, build, and innovate. Today, we will take our first steps in understanding these tools and putting our newfound knowledge to use by creating something practical out of cardboard.
Now, let’s set the stage for an exciting journey of discovery and creation as we embark on this Maker Space adventure!”
-Tool Familiarity: Students will become familiar with the basic tools available in the Maker Space, including but not limited to cutting tools, measuring tools, and fastening tools. -Safety Protocols: Students will learn and adhere to safety protocols when using Maker Space tools, emphasizing the importance of protective gear and responsible tool usage. -Cardboard as a Material: Students will understand the properties of cardboard as a versatile material for crafting and prototyping. -Design Thinking: Students will engage in the initial stages of the design thinking process by brainstorming and conceptualizing ideas for their cardboard projects. -Hands-On Application: Students will apply their knowledge of tools and materials by creating a practical item using cardboard, incorporating design elements discussed in class. -Problem Solving: Students will encounter and solve challenges that may arise during the creation process, fostering critical thinking and problem-solving skills. -Collaboration and Communication: Students will collaborate with peers, sharing ideas and providing feedback to enhance their collective learning experience. -Presentation Skills: Students will present their finished cardboard projects, articulating the design choices made and the functionality of their creations. -Reflection: Students will reflect on their Maker Space experience, identifying lessons learned, challenges overcome, and areas for improvement.
### Working with cardboard & Safety Tips, Tricks, & Safety for using cardboard.
### Working with Gears & Pullyes Follow along here to make some gears and pulleys.
This template allows you to design different sized gears.
### Cardboard Construction & Joinery Explore here for more cardboard techniques.
### The tools at the makerspace
- 3D printer
- laser cutter
- Circuits
- Conductive INK
- Conductive tape
- Little bits
- Microcontrolers
- Arduino
- Adafruit CPE
- CNC machines
- Robots
-Make something useful with Cardboard Cardboard Challenge
Understand Cardboard Properties: Begin by understanding the properties of cardboard. Recognize its strengths, weaknesses, and flexibility. This understanding will guide design choices. Brainstorm Ideas: Brainstorm ideas for practical items that can be created with cardboard. Consider everyday problems that can be solved or needs that can be addressed. Plan and Sketch: Before cutting or assembling, plan and sketch a design. This helps visualize the final product and consider structural elements. Measure Twice, Cut Once: Emphasize the importance of accurate measurements. Don’t forget to measure twice before making cuts to ensure precision and avoid wastage. Utilize Templates: Use templates, when available, for complex shapes or structures. Templates can be a helpful starting point and ensure consistency in design. Explore Joining Techniques: Explore various joining techniques such as tabs, flaps, and folds to connect pieces of cardboard securely. Experiment with different methods based on the project requirements. Layering for Strength: When appropriate, consider layering cardboard to increase strength. Gluing layers together can create a sturdier structure for certain projects. Incorporate Fasteners: Consider the use of fasteners like brads, paper clips, or even glue guns for securing pieces together. Discuss the pros and cons of each method. Test and Iterate: Encourage a culture of testing and iteration. Test any creations and be open to making adjustments for improved functionality. Think Beyond Flat Surfaces: Think beyond flat surfaces. Explore ways to create curves, angles, and 3D structures using cardboard. Consider Aesthetics: While the primary focus is on functionality, discuss the aesthetics of the final product. Consider color, patterns, and visual appeal. Reuse and Recycle: Remember the sustainability aspect of cardboard. Use recycled cardboard and consider the environmental impact of their creations. Collaborate and Share Ideas: Foster a collaborative environment where everyone can share ideas, seek feedback, and learn from one another’s experiences. Collaboration often leads to innovative solutions. Document the Process: Document all design and construction processes. This can include photos, sketches, and written reflections. Documenting the journey enhances the learning experience. Celebrate Creativity: Lastly, celebrate creativity and the unique solutions you come up with. Take pride in your creations and share you work with the class.
Adafruit Cardboard Fundamentals here
Adafruit Maker Tools Techniques here Instructables Pro Tips for using cardboard here