● Large scale, high-volume malware analysis platform - Led a 6-month effort to update the codebase from Python 2 to Python 3 and improved test coverage and coding standards along the way - Developed and enhanced the product by writing and debugging Python and JavaScript code for malware analysis tasks, web backend code, and web frontend code; increased detection rates of malicious patterns, performed analyses quicker, and distilled verbose results into actionable data - Coordinated weekly deployments to production; ensured recently-added features functioned as expected and no issues appeared in production after deployment - Created Python unit tests and Selenium-based UI tests to ensure code correctness and help prevent future bugs - Constructively participated in code reviews and used Agile methodologies for working with eight other engineers to improve and maintain the product● Adversarial machine learning testbed - Leveraged state-of-the-art academic research on machine learning security to implement evasion and model-stealing attack algorithms in Python to be used against deep neural network models - Streamlined the process for integrating new attack algorithms by using Docker containers to compartmentalize services and designed a Protobuf-based protocol for standardizing communication between master and worker containers - Used React to build a web-based user interface that communicates with a Python-based web backend server over a RESTful API. - Trained and tested machine learning models using TensorFlow 2.0 and Keras, to validate attack algorithms. - Designed and implemented an abstraction layer in Python over the SciDB database system for storing and retrieving multidimensional datasets.

● Prototyped a client-side JavaScript library for authenticating users into static websites hosted on Amazon S3, using Google Login and Amazon Cognito● Designed and implemented Quiz Maker, a web application for creating online questionnaires, collecting user responses, and presenting aggregated response data

● Supported over 300 students in CS 2110, Computer Organization & Programming● Directed semi-weekly recitation sections and created homework assignments and assessments● Explained course concepts to students and provided constructive feedback on assignments

● Built REST microservices making vendor data available to other systems in the organization● Prototyped a high-performance web application to queue and transmit EDI documents for coordinating deliveries