•Implemented the title overview page using React Hooks, functional components, and React Router•Created a overview github branch to minimize git conflicts during development•Utilized test-driven development using Jest and achieved a code coverage of 60%

•Revamped a monolith API to a microservice architecture for an existing front-end application•Optimized PostgreSQL query performance by indexing columns and consolidating static data into a single table row as a json entries to decrease db query times from 3s to 0.2ms•Increased RPS from 1000 RPS to 4000 RPS with 0% error rate by horizontally scaling microservice to 4 AWS instances and using Amazon Elastic Load Balancer•Load tested with Loader.io to identify further performance bottlenecks, then implemented Redis caching to lower frequency of database calls to allow for throughput of 6000 RPS from 4000RPS

•Developed a new retail web application integrating with a legacy monolith backend API•Developed unit and end-to-end tests with Jest and Enzyme to guide test-driven development•Utilized an S3 bucket to server static assets •Increased google page speed insights performance score from 31 to 87 using gzip compression

•Served as lead engineer for several electro-mechanical projects while introducing best practices and leading weekly standups.•Designed system architecture for complex building automated systems.

•Created technical documentation for custom solutions, including electrical and mechanical drawings and system level network architecture and power requirements.

•Representative for Mesa, a startup focused on connecting people over food. •Exploring customer segments to identify a market entry point.•Developing the MVP using bubble

•Head of Logistics for the third year of HackUConn. •Cultivated professional contacts to support and assist with HackUConn. This includes mentors, judges, sponsors, local business owners, and UConn Faculty.•Managing a $20,000 fund for HackUConn.•Developed external resources to assist student entrepreneurs in moving forward with their ventures.

•Assisted a graduate student with power loss modeling of induction motors.•The project introduced new research into power loss identification. •Developed hands on experience setting dynamometer fixtures for motor testing. Utilized a Kollmorgen drive and NI Max with thermocouples for recording and collecting data.

•Lead a team of 10 engineering students to design and develop the payload container and solar powered rocket of a CanSat simulation. •Developed a project schedule and budget to pass preliminary and critical review by the CanSat judging committee.

•Provided an excellent user experience by welcoming guests and being attentive•Maintained a data log of all recreation room equipment•Communicated missing and broken items with residential services

•Lead incoming freshman students in the Student Support Services program at UConn Storrs by supporting them in academic and non academic coaching.•Lead weekly events such as sporting events, info sessions, and professional workshops.•Cultivated a supportive and open community by having frequent open discussions

•Assisted with integration support involving performance, reliability, and cost identification. •Conducted load tests on different sized permanent magnet motors to identify and match application performance regions.•Performed a tear-down analysis to compare with supplier specifications and identified life-time reliability case-issues. •Analyzed material cost of a variety of different motors and compared price points.

•First Team Lead of the Campus Pursuit UConn Team. •Built a user base of over 500 students by promoting through flyers, social media, and word of mouth advertising.•Advertised the following brands on the Campus Pursuit platform: Chipotle, Kind Bars, Neuro Drinks, AMP Energy and many more. Coordinated when and where prizes will be hidden on campus and created hints to help and encourage the students to go find the hidden prizes. •Collaborated with businesses around campus and sponsored companies to utilize the marketing app to promote and advertise their business.