An open source microservices management platform.

Utilized AWS SDK to make API calls to AWS services (Lambda, CloudWatch, CloudFormation, S3, and CloudDeploy), to provide rapid, traceable deployment and send data to the client via routers, providing high-level analytics to stateful React components.

Employed Azure Core Tools and Google Cloud SDK to create, update, deploy and invoke microservices to Microsoft Cloud Computing and Google Cloud platforms, providing the client the ability to manage a variety of microservices in one place.

Applied Docker to containerize applications to ensure compatibility and consistency of computing environments.

Architected a Node.js/Express server with a number of routers to group relevant middleware for streamlined data flow between the user interface, database and asynchronous API calls. Leveraged Node’s implementation of non-blocking model to lower the complexity of receiving and responding to multiple clients, thus reducing buffer time and providing enhanced user experience.

Leveraged Bcrypt’s one-way hashing feature to encrypt and store user specific data (user information and associated cloud platform account keys) for effortless management of microservices while securing data against malicious attacks.

Implemented Victory Charts’ fully contained and reusable data visualization elements to assemble relevant microservice data on a time-series graph, within a responsive UI component, for heightened legibility and ease of use.

Accelerated by OSLabs.

An app to find playdates for dog owners.

Developed Websocket protocol to establish a persistent connection to enable event-driven communication between users.

Used React’s reusable component structure and virtual DOM to ensure faster rendering by only updating specific components.

Deployed to an AWS EC2 instance in Elastic Beanstalk, utilizing it’s load balancing feature to scale and balance workloads.

Engineered an API with RESTful architecture and PostgreSQL for an easily-maintainable data pipeline that is ACID compliant.

Used Webpack to bundle files and dependencies into a single package in order to reduce overhead of multiple fetches from the server and serve files swiftly to the client, boosting performance and reducing development time by increasing efficiency.

Applied CSS3 flexbox and grid for responsive content and mobile screens to create a dynamic layout and logically modularized styles across multiple components to improve developer experience by increasing maintainability and scalability.

A dynamic utility that assists in navigating to and securing reservations at local venues.

Leveraged React Hooks to manage state and use lifecycle methods within functional components and to minimize the implementation of class based components in favor of functional components in order to reduce file complexity.

Initiated asynchronous Axios API requests via re-usable middleware and sent parsed response to frontend to rapidly serve client data while keeping application lightweight and avoiding the need for additional server requests and network latencies.

Configured noSQL database with the ability to horizontally scale, handle high volume of requests and rapidly retrieve/log data.

A voice controlled Chrome app.

Incorporated speech recognition API to convert the user's voice into string and control the browser with vocal commands.

Constructed an algorithm to parse through the vocal string and determine browser's behavior based on the incoming string.