Used React for its reusable components to selectively re-render components based on specific state changes and took advantage of its virtual DOM for faster updates and low memory usage

Used React Hooks to simplify passing and updating of state across rendered UI components, improving developer experience through the use of composable and reusable logic throughout component tree

Developed server architecture with Node.js and the Express framework to route HTTP and API requests through modular middleware functions, while incorporating JWTs as an authentication solution to prevent brute force attacks, and pass back metadata to differentiate between users and their privileges

Developed a reactive form component library using validator functions by leveraging Svelte’s store and global state management system, providing a new developer tool for the Svelte community

Employed Agile methodology through participating in scrum ceremonies, conducting daily standups, pair programming, and code review throughout sprints

Deployed component library through npm package to improve accessibility to developers and allow for future updates

Used Storybook to enhance documentation of product by featuring individual components and provide demos through the use of interactive controls

Product developed under tech accelerator Open Source Labs. More information can be found at: opensourcelabs.io

Updated Rolling Action Item Logs (RAILs) to identify long lead times and ensured projects met agreed upon schedules and were on track to completion

Communicated with customers during design review phases to provide accurate schedule estimates with technical understanding and helped identify potential scope changes

Coordinated with buyers and manufacturing engineers to procure necessary equipment and resources to maintain continuous workflow and increase on-time delivery (OTD) from 85% to 100%

Created design verification test (DVT) and acceptance test procedures (ATP) for systems and guaranteed 100% compliance of key performance parameters (KPPs)

Established a SQL database to ensure ACID compliance and leveraged its efficiency at retrieving relational data

Architected a NoSQL database for its horizontal scalability to store large volumes of user data and create flexible schemas, defining data models and validating documents

Reviewed Integrated Master Schedule (IMS) to execute near term deliverables and plan future projects

Trained interns and junior engineers on systems engineering workflow processes and lead scrum ceremonies

Incorporated engineering redlines into bill of materials (BOMs), Air Force Technical Orders (AFTOs), test plans, and design specifications and presented final product to customers

Utilized Solidworks to model aircraft flight components and perform peer review with other mechanical engineers