Building backend services to store and manage the lifecycle of DailyPay clients and users, powering users to enroll, access pay schedule, and take advances seamlessly.

Tech Stack: Postgres, Go, gRPC/REST APIs, Apache Kafka event-driven systems, Kubernetes microservices. Ruby on Rails.

Build back-end integrations with external payment processors to enable payment features and credit card transactions for AWS customers, ensuring fast, secure payments for international business regions.

Domain: Fin-Tech, Payments

Tech Stack: EC2/Lambda microservices, REST APIs + SNS/SQS to power async workflows. DynamoDB user storage. Built using AWS CDK

Perform integration and testing for Aegis Weapon Systems Engineering.

Created and led the Juggling Project for NJ GSET 2020. Mentored 5 scholars to design an autonomous virtual robot that would be able to juggle in real time using a closed system. Used Unity PhysX Engine for real time juggling robot. Conducted research on how humans juggle and effects of different simulated strategies. Corresponding author for “Using Closed Feedback Loops to Evaluate Autonomous Juggling Performance,” NJ Governor’s School of Engineering and Technology 2020, https://soe.rutgers.edu/governors-school-engineering-technology-research-journals. Paper selected to present at MIT Research Undergraduate Technology Conference.