At Tapani Inc., I entered an unfamiliar full-stack .NET environment and rapidly became proficient in building internal tools that enhanced workflow automation and team efficiency. I took ownership of multiple features across the stack, working with technologies such as C#, .NET (Razor Pages), SQL, and MudRazor to design and implement responsive, data-driven web interfaces. With minimal onboarding, I independently deployed functional tools that were integrated into live operations within weeks.

This role demanded fast adaptation, proactive problem-solving, and clean version control practices using SourceTree and Bitbucket. The project required close attention to backend logic, user interaction, and database performance, reinforcing my ability to deliver scalable and maintainable software. By working hands- on with real-world business needs, I strengthened my capacity to execute full-stack solutions efficiently and autonomously, all while maintaining production-level quality in a timely manner.

At Micron Technology, I immersed myself in a complex software environment, focusing on modernizing the codebase and refining existing workflows to support large-scale computational tasks. I invested significant effort analyzing hundreds of files in HTML, CSS/SASS, Java, JavaScript, and Perl, deconstructing legacy logic to understand how each component contributed to Micron’s operational ecosystem. Armed with this insight, I collaborated with colleagues to transition from the HTCondor workload management system to Micron’s in-house WARP solution, ensuring seamless integration across front-end interfaces and back-end infrastructures.

This work involved careful debugging to resolve subtle conflicts and tailoring performance improvements to meet strict efficiency standards. By engaging with cross-functional teams, I learned to balance technical rigor with clear communication, ensuring that complex tools and processes remained accessible to a diverse user base. Ultimately, my time at Micron strengthened my ability to navigate intricate software environments and taught me how thoughtful refactoring can elevate system resilience, scalability, and clarity.

During my internship as a Student HPC Systems Admin at Riverfront Hall, I dove deep into the workings of the Borah and R2 Cluster. I began with tasks like reviewing automation scripts in Python and managing account creation. This hands-on work, along with my studies, sharpened my problem-solving skills and taught me the importance of team coordination.

My responsibilities expanded to include editing the RCS OIT webpage using Wordpress and writing tutorials for our usersbase. These tasks emphasized the need for clear communication and ensuring our systems were easily navigable.

One significant project I took on was assisting a researcher struggling with their website's efficiency. This required in-depth technical analysis, collaboration, and a closer look into various APIs. My recommendations resulted in marked improvements for the researcher's site.

As my internship progressed, I took on more independent projects, moving away from daily routine tasks. This shift underscored the importance of initiative and adaptability in tech roles. After nearly a year at Research Computing, I had grown from a new intern to a key team member, ready to tackle more complex challenges.