Full-Stack engineering lead responsible for end-to-end ownership of platform services supporting two early-stage SaaS applications. These products enabled Capital One to enter the B2B market in 2022 by offering cost management and tokenization services to cloud-based companies seeking to scale operations. • Developed a product vision for a customer trial service by using data-driven insights from customer interviews to create a product strategy, boosting engagement by 10% and doubling customers over a year • Led a cross-functional project involving engineering, product, and go-to-market to enhance product performance, resulting in a 25% decrease in latency and a 5% increase in product up-time • Created a six-month product roadmap for a license management service and built consensus with cross-functional partners on product requirements, enabling five initial customers to onboard • Oversaw all phases of the product lifecycle for a telemetry system, boosting customer satisfaction by decreasing average support ticket resolution time by 25% • Convinced leadership to adopt a GTM strategy to target a new customer segment with stricter contract requirements, addressing customer needs for enhanced performance and increasing customer count by 20% within six months • Led a strategic initiative to lower monthly database costs and presented data-driven cost-reduction strategies to leadership, lowering monthly database costs by 15% and saving six engineering hours per month • Used quantitative analysis to optimize a database deployment system, clearing impediments for engineering and shortening average deployment time by 60% per month • Promoted product security by conducting user empathy sessions to identify enhancements for a vulnerability management system, lowering average vulnerability remediation time by 50% and saving 12 engineering hours per month • Mentored three early-career engineers by guiding development of technical and leadership skills

Backend engineer tasked with delivering customer focused features and scaling an internal, high volume data processing platform. This platform ingests and exposes 2 billion records a day for real time applications with 150 millisecond latency. • Identified and targeted a new customer segment by leveraging client feedback to quantify segment size and make data-driven decisions on product design, removing key onboarding blockers and expanding customers by 30% over 3 months• Uncovered the root cause of six production outages and spearheaded a one-month project to resolve application performance issues, increasing platform scalability by 15% and reducing monthly system downtime by 10%• Designed a data filtering solution to enhance platform performance and used a design document to convince senior management to prioritize implementation, improving customer experience and reducing data processing lag by 40%• Led an event planning committee of ten people with a yearly budget of $300,000, overseeing planning and execution of monthly networking and service events and strengthening connections between 400 engineers• Provided well-being and professional support to 8 interns and new hires as an onboarding mentor

• Served as a Teaching Assistant for introductory Java coding class with 250 students • Hosted 2 lectures with over 80 students, held weekly office hours, and graded homework and exams

• Developed a document collection service for identify verification as a full stack developer.• Technologies Used: Spring Boot, Angular, AWS (ECS, S3, RDS), Maven, Jenkins

• Developed a Microsoft HoloLens app in Unity for collaborative mission planning • Modified C# scripts to streamline synchronization between multiple Microsoft HoloLens headsets • Setup a client and server system in Python between a Raspberry Pi 3 and a Microsoft HoloLens

• Applied advanced Java skills to enhance the inheritance structure of the central framework• Utilized a distributed robotic control platform to autonomously fly drones in simulation and test settings• Designed and deployed Flocking and Formation apps within Android Studio • Documented research on a poster and verbally presented these results during a research exhibition