Yoda Response: Absolutely, Avi. One specific instance that stands out is when I was working on the HSBC Banking application. We noticed that the app was consuming more battery and memory than expected, which was impacting the user experience.

To address this, I started by profiling the application using Android Studio's Profiler to identify memory leaks and CPU usage hotspots. I found that some background services were running more frequently than necessary and consuming a lot of battery.

I optimized these services by implementing WorkManager to schedule background tasks more efficiently. This ensured that tasks were executed only when necessary and under optimal conditions, thereby reducing battery consumption.

For memory management, I identified and fixed memory leaks by using tools like LeakCanary. I also optimized image loading by using libraries like Glide, which helped in efficient memory usage and caching.

Additionally, I refactored some parts of the code to use Kotlin Coroutines for asynchronous operations, which improved the overall processing efficiency of the app.

These optimizations collectively resulted in a significant improvement in battery life and memory management, leading to a better user experience.