|
Deeper Learning Competencies
|
Critical Thinking & Problem Solving
|
- I can recognize and describe the basic features and capabilities of soft robotics by identifying different real-world applications and discussing why they are beneficial in specific environments or situations.
|
- I can investigate and explore multiple approaches to designing a soft robotic finger, successfully applying scientific and mathematical concepts
- I actively experiment with different materials and strategies, adjusting my ideas based on peer feedback and testing results to enhance functionality.
|
- I can creatively solve complex problems by using soft robotics to design a functional finger prototype that meets specific tasks
- I approach challenges with innovative ideas and make informed decisions, optimizing my design through collaboration with my peers and applying engineering, math, and science principles effectively.
|
- I can effectively design and create a working soft robotic finger that successfully performs a specific task, demonstrating a deep understanding of the principles of engineering, math, and science
- I thoughtfully integrate feedback from peers and experts to refine my prototype, clearly communicate my process and decisions, and showcase my innovation during the exhibition.
|
|
Deeper Learning Competencies
|
Collaboration
|
- I can work effectively with my team to brainstorm ideas for our soft robotic finger project, considering different perspectives and suggestions to enhance our design.
|
- I can actively listen during team discussions and share my ideas to contribute to our project goals, making sure everyone has a chance to speak
- I help my team solve problems by suggesting possible solutions and considering all perspectives, and I work alongside my peers to ensure our project stays on track
- I demonstrate our shared decisions by applying the ideas we've agreed upon into our project design.
|
- I can work effectively with my team to design and build a soft robotic finger, actively contribute ideas during brainstorming sessions, make joint decisions, and respectfully manage any disagreements to optimize our design.
|
- I can successfully work with my team to design and create a soft robotic finger that meets the project goals
- I actively participate in group discussions, share ideas, listen to others, and make decisions collaboratively
- I help resolve conflicts in my group and take on a leadership role when needed to ensure our project is well-organized and completed on time
- I am able to present our prototype at the exhibition, explaining the science and design process clearly and confidently to the audience.
|