Activity ideation for a smart lamp using cardboard as a prototyping material provides a practical, hands-on approach to learning the fundamentals of prototype development.
The concept revolves around creating a functional, interactive lamp that can respond to user inputs or environmental changes. This activity begins with brainstorming and sketching ideas to determine the lamp's design and features, such as dimensions, where the brightness will be, color changes, or motion sensing capabilities. Cardboard is chosen for its versatility, ease of manipulation, and cost-effectiveness, allowing for quick iterations and modifications. Through this process, learners gain valuable skills in cutting, shaping, and assembling cardboard to bring their designs to life. This experiential learning approach not only enhances creativity and problem-solving skills but also provides a solid foundation in prototyping techniques applicable to a wide range of future projects.
Design: Pencil, paper, eraser
Measurement and Planning: Ruler
Cutting the Cardboard: Craft knife, cutting mat, scissors
Assembly and Joining: Hot glue gun, glue sticks, masking tape
Cardboard: As a primary prototyping material, cardboard was selected for its versatility, ease of use, and cost-effectiveness. It allowed for rapid iteration and testing of different design ideas.
TOOLS
The Chosen Design
Conceptualization, Research and Design Planning
Tools: Google, pencil, paper, ruler
Process: We began by researching various smart lamp designs and functionalities using Google Photos, to gather ideas on design aesthetics and features. We decided to take the simplest form to apply what just we learnt about cardboard prototyping to be easy on us to implement, then used paper to draw detailed templates for each component, ensuring all parts would fit together correctly based on the dimensions and design sketches.
Sad Note: The paper that we sketched the shape and how we parted the lamp, cut off into pieces when we cut the cardboard.
Template Creation and Cutting
Tools: paper, craft knife, cutting mat, metal ruler, scissors
Process: Based on the templates created on paper, We cut out the cardboard pieces using a craft knife and cutting mat. Precision was key, so We took my time to ensure each cut was accurate. and We determined the location of the light sensor, the electrical switch, and the buttons for opening and closing, and for increasing or decreasing the lighting.
The development and implementation process of the smart lamp prototype
1. Preparing the Workspace
Tools: Cutting mat, craft knife, hot glue gun
Process: We set up a clean and organized workspace, ensuring all necessary tools and materials were easily accessible. This included setting up the cutting mat for safe cutting, and ensuring the hot glue gun wasready for use.
2. Cutting the Cardboard Components
Tools: Craft knife, ruler, scissors, templates
Process: Using the templates created during the design phase, We carefully cut out each piece of cardboard. The ruler was used to guide the craft knife for straight cuts. Scissors were used for more intricate shapes that required precision.
3. Assembling the Cardboard Structure
Tool: Hot glue gun, glue sticks, masking tape
Process: We began assembling the cut cardboard pieces according to the design plan. The hot glue gun was used to join the pieces together, ensuring strong and secure bonds. Masking tape temporarily held parts in place while the glue dried, especially for more complex joints.
4. Final Assembly and Adjustments
Tools: Hot glue gun, masking tape, small tools for adjustments
Process: We completed the final assembly of the lamp, ensuring all components were securely in place. Any last-minute adjustments were made to improve stability and functionality. The hot glue gun was used for any additional reinforcements needed.
5. Documentation and Presentation
Tools: Camera, Google Docs/Slides
Process: We documented the entire process by taking photos at each stage of development. This documentation was compiled into a presentation using Google sites, detailing the design process, challenges faced, and solutions implemented.
Implementation Phase
"THE LEG LAMP"
1. Precision Cutting
Challenge: Achieving precise cuts on the cardboard for a clean and accurate assembly.
Solution: Initially, We faced difficulties in getting perfectly straight cuts. I resolved this by scrap pieces of cardboard to improve my cutting technique before cutting the actual pieces.
2. Weak Joints
Challenge: The hot glue joints were not as strong as needed, leading to instability in the structure.
Solution: I researched best practices for gluing cardboard and found a helpful article on improving glue joints for cardboard projects. I reinforced joints by applying glue to both surfaces before pressing them together and allowing extra drying time. additionally reinforced joints using Wooden Skewers.
3. Time Management
Challenge: Balancing the time spent on different phases of the project.
Solution: None
Seeking Help
Instructor : I consulted with my instructor when I encountered specific challenges, especially with the assamply. Their insights and feedback were invaluable in resolving issues and improving the final product. Thanks Ahmed Sami and Menna ElBadry.
That's the hand of Ahmed Sami 😂❤️
Skills and Knowledge
1. Prototyping Techniques
Skill: Precision Cutting and Assembly
Application: The practice of cutting cardboard precisely and assembling it into a stable structure will be invaluable for creating accurate prototypes in the final project. Ensuring clean cuts and strong joints will result in a more polished and functional product.
2. Design and Planning
Skill: Detailed Planning and Documentation
Application: The approach of creating detailed design plans and documenting the process will aid in organizing the final project. This ensures a clear roadmap and helps track progress, making the project more manageable and systematic.
3. Collaboration and Seeking Help
Skill: Collaborating with Peers and Instructors
Application: Collaborating with peers and seeking help from instructors when needed will be essential for the final project.
The coolest thing I learned this week was how to transform cardboard into a smart lamp—basically, I’m a cardboard architect now!
The most unforgettable moment was when I accidentally glued my fingers together more times than I can count. Nothing like a hot glue fiasco to spice up the crafting adventure! It’s been a week full of cardboard chaos and creative triumphs!
Not my fingers because i can't shot it with one hand 😂