Yoda Response: Certainly, Avi. Performance optimization is indeed crucial. One instance where I had to optimize an Android application was during the development of an e-commerce app. The app was experiencing slow load times and occasional memory leaks, which impacted the user experience.

To address these issues, I employed several strategies:

1. **Dependency Injection**: I used Dagger for dependency injection, which helped manage object creation efficiently and reduced memory overhead. This ensured that we weren't creating multiple instances of the same object unnecessarily.

2. **Profiling and Monitoring**: I used Android Profiler to monitor the app's performance, identifying memory leaks and CPU usage spikes. This helped pinpoint the exact areas that needed optimization.

3. **Efficient Data Handling**: I optimized data handling by using Room for database operations and ensuring that data fetching was done asynchronously using Coroutines. This reduced the main thread's workload and improved the app's responsiveness.

4. **Image Loading**: I used libraries like Glide for efficient image loading and caching, which significantly improved the app's performance when dealing with numerous images.

5. **Code Optimization**: I reviewed and refactored the code to eliminate unnecessary computations and optimize loops and data structures.

By implementing these strategies, we were able to significantly improve the app's performance, leading to faster load times and a smoother user experience.