Work Experience
My journey in software engineering
Software Engineering Intern
Intel Corporation
Hillsboro, Oregon
May 2023 – August 2025
- •Engineered automated verification flows integrating EDA tools, streamlining 7+ processes and eliminating manual configurations
- •Developed Python CLI tools and diff/report pipelines, reducing kit setup workload by 40% and saving 30+ engineer hours per month
- •Partnered with PDK, EDA, and design teams to automate kit verification and regression, improving reliability across 100+ kits
- •Leveraged Jinja2, regex, and NLP for report templating and auto-comment injection, reducing debug turnaround by 25%
- •Utilized Azure DevOps, Git, and CI/CD pipelines while working in Agile environments with standups, sprint planning, and documentation
Software Developer Intern
University of Cincinnati
Cincinnati, Ohio
March 2023 – June 2023
- •Engineered a data processing pipeline using Python and PowerShell to automate analysis of 5,000+ movie files
- •Integrated BeautifulSoup for web scraping and FFmpeg for media transcoding, improving data collection speed by 50%
- •Implemented robust error handling, logging, and YAML-based configuration for reproducibility and dynamic workflow settings
- •Designed structured storage using JSON and SQLite to catalog metadata and support efficient querying
Undergraduate Research Assistant
University of Cincinnati
Cincinnati, Ohio
December 2022 – May 2023
- •Architected a keyword-driven test automation framework using Python, Robot Framework, and Selenium, increasing coverage by 40%
- •Authored 150+ modular test cases using the Page Object Model to improve maintainability and readability
- •Integrated Selenium test suites into Jenkins CI/CD pipelines for automated nightly regression testing
- •Applied robust locator strategies and explicit waits for asynchronous UI elements, reducing flaky test failures by 60%
Teaching Assistant
University of Cincinnati
Cincinnati, Ohio
August 2022 – Present
- •Facilitated programming fundamentals courses, strengthening students' understanding of core computer science concepts and problem-solving techniques
- •Mentored 100+ students across multiple semesters, providing one-on-one support and simplifying complex programming concepts to enhance learning outcomes
- •Designed and delivered supplementary learning materials and practice exercises, improving student confidence and engagement with technology
- •Conducted office hours and lab sessions, fostering an encouraging learning environment that promoted curiosity and independent problem-solving
- •Graded assignments and provided constructive feedback, helping students identify areas for improvement and reinforcing fundamental programming principles