I noticed that students were having a hard time wrapping their heads around the complexities of radiation planning. I decided to use design thinking to tackle this challenge, starting by chatting with my students to really understand where they were struggling. With their insights in hand, we brainstormed together and came up with the idea of creating an interactive simulation that visualized the planning process step by step. After quickly prototyping this tool and testing it with a small group, we gathered feedback and made several refinements. When we rolled out the improved simulation to the entire class, student engagement and understanding noticeably increased. This experience reinforced for me how a user-centric, iterative approach can turn a tough educational challenge into an innovative learning opportunity.
One example of using design thinking in the classroom was when we faced a challenge with student engagement during remote learning. Many students were struggling to stay motivated and focused during online lessons, which impacted their learning outcomes. I decided to apply the design thinking framework to address this challenge. 1. Empathize: The first step was gathering feedback from students and parents to understand their pain points. I conducted a survey to identify specific issues-such as technical difficulties, lack of interaction, or difficulty staying on task-and also had one-on-one conversations with students to hear their concerns. 2. Define: Based on the feedback, I defined the problem as a lack of interactive and engaging content, which led to decreased participation and enthusiasm for learning. 3. Ideate: I brainstormed ideas to increase engagement, considering gamification, interactive lessons, and virtual group work. I also explored incorporating student-led projects to give them more ownership of their learning. After gathering input from students, I decided to create interactive, project-based assignments using digital tools like Padlet and Kahoot. 4. Prototype: I implemented these ideas in small, manageable units. For example, I used Kahoot to create fun, competitive quizzes, and Padlet for students to collaborate on research projects in real-time. I also introduced virtual breakout rooms for group discussions. 5. Test: After rolling out these changes, I gathered feedback again from students to see if these tools increased engagement. I also observed participation rates and the quality of work during group activities. Outcome: The result was a noticeable increase in student participation and motivation. The interactive, collaborative aspects of the assignments helped students feel more connected, even virtually, and gave them a sense of accomplishment. The success of this process encouraged me to incorporate more project-based and interactive elements into my regular teaching strategy, even once in-person learning resumed. By using design thinking, I was able to address the core issue, test creative solutions, and ultimately improve the overall learning experience.