sukanmi

• Contributed to open-source projects for the Rust programming language, enhancing language features and staying updated on trends to improve community engagement • Developed and maintained internal Rust build systems for AWS, which enhanced the developer experience and increased efficiency for Rust developers at Amazon • Built and owned a CodeReview UX analyzer that enforced linting rules, preventing bugs in production code. Utilized cargo-clippy for Rust builders and onboarded golangci-lint and Java checkstyle to enhance the analyzer's features • Collaborated with the CloudTrails team to port internal code from Java to Rust, resulting in improved efficiency and reduced latency for monitoring and logging AWS activities • Built efficient concurrent applications using Tokio async framework, improving system performance and resource usage across AWS services

• Contributed to a frontend UI package using React, improving user interface functionality for internal customers' self-servicing • Implemented software security practices and integration testing with internal tools, ensuring reliable application functionality • Automated a manual entity resolution process for the team, making it fully self-serviceable for internal customers, saving development time dealing with tickets • Developed a native AWS application using AWS resources (AWS Lambda, SQS, S3, EC2, StateMachines) from the ground up, enhancing system scalability and performance

• Entered work requests to track battery replacements and time, ensuring efficient maintenance scheduling and reducing downtime • Disposed of spent batteries, cardboard, and other materials properly, maintaining a clean and safe work environment and preventing potential hazards • Performed lock battery replacements across campus, ensuring uninterrupted access control functionality and enhancing security • Reviewed and cross-referenced nightly wireless voltage and status reports to identify and prioritize locations needing maintenance

• Enhanced testing efficiency and accuracy by applying modern software practices throughout the STLC process, resulting in reduced testing time and increased defect detection • Automated mobile (iOS/Android) applications using BrowserStack and Appium, improving testing speed and reliability • Enhanced decision-making processes by contributing to product team Internal Technical Decision (ITD) sessions, leading to more informed and strategic technical choices • Ensured comprehensive test coverage by creating and maintaining repositories of cloud-based automated test cases, which improved the reliability and consistency of testing outcomes • Automated web applications using Java core, Selenium-Java, Cucumber-Java, Cucumber-JUnit, Gherkin syntax, and Python(behave), leading to more efficient and reliable testing processes • Applied integration testing with tools like AWS, Jenkins, Allure, Jira, GitHub, and a private test platform for continuous integration, ensuring code changes or fixes don't break the application