• Built a Continuous Integration (CI) pipeline that decreased building, testing, and review times.

• Improved team wide source control practices by migrating to Git and advocating for a standardized workflow.

• Implemented CI scripts to automate building and testing of the codebase per commit.

• Designed a complete application UI refresh in Figma as part of a proposal to enhance and modernize the frontend tech stack.

• Implemented new application UI using React following the design spec.

• Developed enterprise security applications as part of a diverse agile development team.

• Implemented and improved core API, UI, and backend logic across multiple projects and release cycles.

• Upgraded and automated internal testing tools that dramatically improved testing coverage, speed, and ease of use.

• Produced and reviewed both internal and external development requirements and documentation.

• Skills: Java, Spring, Tomcat, Maven, Python, Angular, TypeScript, JavaScript, jQuery, HTML, CSS, Elasticsearch, Kibana, PostgreSQL

During this six month project my team and I worked closely with the Amazon Lab 126 product owners to design and develop a unified, inclusive, and intuitive visualization console for data across all types of IoT devices. I pioneered the development of dynamic IoT data generation for visualization and testing, which was built using Python and the AWS boto3 library. I also managed the backend database using AWS DynamoDB and wrote a Python-based daemon hosted on AWS Lambda that monitors the state of the database and spawns more Lambda functions based on certain events.

The Academic Excellence (ACE) Program has a mission to increase the diversity of those with degrees in Science, Technology, Engineering, and Mathematics (STEM) through collaborative problem solving sessions and a strong, supportive academic community.

For a majority of three academic years I worked for ACE as a Co-Leader for physics, math, and engineering introductory courses. Often these courses are some of the most rigorous courses in STEM because a vast amount of foundational material must be covered in very little time. Dense textbooks required. I mentored and supported students through this onslaught by developing active learning strategies, adapting to different learning styles, and engaging groups to work as a team to solve problems.

I learned a lot about diversity, collaboration, and community while working with many different types of people. ACE truly is the place!