In a university project, I faced the challenge of optimizing a database query that was causing significant delays. I researched indexing techniques and implemented a composite index which reduced the query time by 70%. This experience taught me the importance of understanding the underlying data structures and how they can be optimized to improve performance.

I approach learning new technologies by first understanding the core concepts and then diving into practical applications. For instance, when I learned Python, I started with basic syntax and gradually moved to building small projects. I also leverage online courses and documentation to deepen my understanding and keep up-to-date with the latest developments.

I have extensive experience with Git, having used it in multiple academic and personal projects. I am proficient in basic commands like commit, push, and pull, as well as more advanced features such as branching and merging. Using Git has helped me manage code changes efficiently and collaborate effectively with other developers.

If I realize that a feature I'm working on doesn't align with the project's goals, I would first consult with my team lead or project manager to discuss the discrepancy. I would then propose alternative solutions that better meet the project objectives. This proactive approach ensures that the project stays on track and aligns with its intended outcomes.

In a previous internship, I encountered a bug that caused intermittent crashes in an application. I used logging to trace the issue and identified that it was due to a memory leak. I then researched and applied a fix by optimizing memory management in the code. This experience reinforced my problem-solving skills and the importance of thorough debugging.