Our project focused on creating a safe and efficient system for battery recycling. The design included:
A designated storage container for used batteries.
An attached Saran wrap dispenser to safely insulate batteries before disposal.
A structure optimized for secure battery collection and recycling.
The top three things we learned from this experience:
Batteries can be recycled safely, but improper handling can lead to overheating and fire hazards.
We became curious about where recycled batteries ultimately go and how they are processed.
This knowledge is valuable in everyday life and future careers, as proper recycling reduces harmful environmental impacts, such as groundwater and ocean contamination.
This project highlighted how different perspectives and learning styles shape teamwork.
Our diverse backgrounds influenced how we approached the project, leading to a range of ideas and strategies.
Despite differing opinions, we collaborated to refine our concept and reach a final design.
Observing each other’s problem-solving methods helped us adapt and improve our own learning approaches.
Looking back, one thing we would have done differently is improving material security and exploring additional design variations.
We learned from our mistakes, such as nearly losing our Saran wrap, which emphasized the importance of safeguarding materials.
If we repeated this project, we would experiment with more prototypes and conduct further research on battery storage solutions.
The biggest takeaway was that persistence and last-minute problem-solving can lead to better safety solutions.
Despite challenges, including stolen materials, we adapted and successfully completed our project.
We discovered the importance of securing resources and being proactive in problem-solving.
Collaboration helped us identify individual strengths and weaknesses, allowing us to grow as a team.
Most importantly, we learned that determination and teamwork are key to overcoming obstacles.