I am a dedicated and skilled Software Engineer with extensive experience in backend and frontend development, cloud infrastructure, and scalable system design. Over the years, I have contributed to multiple projects ranging from high-traffic web applications to mobile apps, focusing on improving performance, reliability, and user experience. My expertise spans a variety of programming languages including Go, Python, Scala, and TypeScript, and I am proficient with modern frameworks and cloud technologies.
I have a strong background in designing and optimizing database queries, implementing event-driven architectures, and automating data pipelines to handle large-scale data processing efficiently. My work at HealthCare.com involved reducing latency, optimizing AWS costs, and enhancing API responsiveness, which significantly improved platform performance for thousands of users.
In addition to backend development, I have experience in frontend modernization, particularly rebuilding legacy UI components with React to improve maintainability and load times. I also prioritize security, having implemented strict content security policies and CDN configurations to protect applications from vulnerabilities.
My mobile development experience includes building accessible iOS applications that serve diverse user bases, integrating real-time streaming and voice recognition features to enhance usability. I am passionate about creating inclusive technology that improves accessibility for all users.
I hold a Masterโs and Bachelorโs degree in Computer Science from Worcester Polytechnic Institute, where I focused on machine learning, distributed systems, and software engineering. I am AWS Certified and continuously seek to expand my knowledge in cloud computing and modern software practices.
I am eager to leverage my skills in software engineering, cloud infrastructure, and application development to contribute to innovative projects and drive impactful solutions. I thrive in collaborative environments and am committed to delivering high-quality, scalable software products.
GPA: 3.9. Relevant coursework: Machine Learning, Deep Learning, Data Science, Distributed Systems, Computer Vision, AI
GPA: 3.4, High Distinction. Relevant coursework: Data Structures and Algorithms, Operating Systems, Databases, Computer Networks, Cryptography, Software Engineering, Mobile Computing. Honors: Deanโs List (AB 2020, CD 2020, Class of 2021).
Redesigned high-traffic database queries and indexing strategies to accelerate lead and opportunity lookups, cutting query latency by 50% and improving platform responsiveness for 1,000+ agents. Right-sized RDS instances, enabled EKS pod autoscaling, and implemented S3 storage lifecycle policies to align compute and storage with actual usage, lowering AWS spend by roughly 30% while preserving 99.9% uptime. Converted synchronous API endpoints into decoupled, event-driven workflows using SQS and Lambda to eliminate request blocking, reducing API response times and boosting throughput under peak load. Engineered and operated fully automated ETL pipelines using AWS Transfer Family, Glue, and Step Functions to validate, normalize, and ingest carrier data files, reliably processing tens of thousands of records daily.
Modernized legacy Backbone UI components by rebuilding them in React, improving code readability, reducing maintenance overhead, and cutting page load times by roughly 25%. Developed and tuned Scala and Python backend endpoints to streamline lead-management workflows, reducing API latency and improving responsiveness for internal users. Strengthened frontend security by tightening CDN configurations and enforcing a strict Content Security Policy, resolving 100% of high-severity findings identified by Aikido security scans.
Developed and maintained an iOS app serving 500+ daily active users to deliver live and on-demand audio content, which improved accessibility for visually impaired listeners through comprehensive UI accessibility labels, custom gesture controls, and adjustable playback speeds. Integrated Audio Journalโs REST API with real-time streaming and on-device voice recognition to simplify content discovery and playback, which reduced perceived audio start times and made hands-free navigation smoother for listeners.
Implemented and maintained Go-based background workers to process incoming IoT sensor readings, applying goroutines and channels to improve basic throughput and reduce processing delays. Assisted in migrating parts of the ingestion pipeline from Python to Go, helping improve performance during periods of high sensor traffic. Helped improve RabbitMQ consumers and simplified database interactions to reduce small bottlenecks observed during large sensor uploads. Created Dockerfiles and containerized existing services to support more consistent local development and deployments. Worked with senior engineers on schema changes and data-validation rules, fixing ingestion edge cases and improving accuracy of safety alerts.
Built internal REST APIs using Python and Go to unify warehouse, inventory, and logistics data, enabling teams to replace manual spreadsheets and reduce daily reporting time. Developed ETL utilities in Go and Python to automate CSV ingestion and S3 uploads, which eliminated repetitive manual data-entry tasks and improved data accuracy across departments. Containerized backend workloads with Docker to standardize development environments and simplify deployments across staging and production systems.
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