Reworked Stripe Implementation to optimize various payment flows

Refactored current micros-services to work with NestJS

Rewrote the entire data accessing microservice cutting down amount of routes by almost 33%

Rewrote entirety of service managing cron jobs needed for scheduled payments, emails, and invoices

Standardized each repo's exception handling and AWS Cloudwatch logging

Programmed guards, middleware, interceptors, and pipes to handle commonly expected tasks

Created an Environment Variable Checker that runs pre-deployment of server

Integrated with AWS Param Store to pull any missing Environment Variables

Implemented Automatic UUID and Demo Mode Tracing Between All NestJS Microservices

Tuned existing SQL and indexes cutting time for calls by as much as 80%

Worked with Product Manager to map out tech requirements for future features

Managed production deployment of multiple microservices during releases

Led cleanup of unused/improperly used AWS Tools and Instances within the products

Worked on getting instances dockerized through out code base

Started making standards conventions for the infrastructure supporting the product

Worked with various parts of Amazon Web Service(AWS) Tools ranging from EC2, Elastic Beanstalk, RDS, Cloudwatch, Param Store, Security Groups, Route53

Started a 3-month summer internship program and a semester-long co-op program available to current students

Mentored multiple interns through lessons, pull request reviews, and weekly one-on-one meeting

Oversaw the process from recruitment to launching multiple client-facing features

Train students in topics such as engineering, fundraising, event management, budgeting, and marketing

Lead meetings of over 5 different university departments collaborating on the event

Spearheaded event logistics: registrations, volunteers, activities, prizes, budgets, schedules, public relations, and even site creation

Formulated and created a framework for future repetition of this event

Remodeled the campus vision and understanding of hackathon culture and the application of Computer Science to the real world

Developed SBUHacks website for promoting event (sbuhacks.org)

Designed to be mobile-friendly with improved touch semantics over a 3rd party library being used

Optimized to better accommodate mobile device users, our primary customer base

Unified the tour and application experience for user generated, syndicated, and company apartment listings that previously utilized our messaging and lead systems

Conceptualized a method to merge the experiences with minimal API reworking to speed up deployment time

Streamlined a proper pipeline to acquire broker leads with a minimum of only three clicks

Devised a way to generate human-readable URLs and handle custom URLs that redirect to pre-made searches

Moved away from a difficult to maintain custom router to leveraging a 3rd party solution in React/Reach-Router

Integrated SEO Schemas and Breadcrumbs into listing search and detail pages

Replaced various 3rd party selectors with a new design and unified to work seamlessly with our API

Implemented to speed up the user's ability to put in their information in any form to not lose customer retention

Overhauled 4 high traffic areas: rental search, rental detail pages, and the touring & application process

Standardized a consistent fluid customer experience between the pages improving customer retention

Restructured to improve performance, remove unnecessary re-renders, duplicative API calls, and prop drilling