-Implemented Chart.js with React to create an interactive dashboard for users to visualize GitHub Actions CI/CD workflow success, failures, job steps, workflow executions, and other metadata over time-Configured webpack to test, develop, and quickly switch between frontend and backend for specific development dependencies such as Babel and file loader webpack modules and webpack’s HTML Plugin-Installed Express to authenticate user login, protect routes, respond to various HTTP requests, and to utilize features such as reusable middleware to increase functionality while cutting down on unnecessary code-Deployed CICDash website in a production environment using Github Actions and AWS App Runner-Incorporated React as a frontend framework utilizing useState and useRef hooks to rerender the latest GitHub actions metrics onto ChartJS from GitHub’s REST API-Added Bootstrap as a frontend framework to expedite the initial buildout by using its grid system for a mobile first responsive layout using utility classes for styling elements

- Used CYME power engineering software to visualize, model, and analyze the City of Los Angeles power system by performing load flow, load allocation, load balancing, and optimal capacitor placement analysis- Leveraged Tableau Creator software to develop an interactive map for planners to visualize imbalanced electrical circuits and inform stakeholders of immediate impacts to electrical service reliability- Interfaced with existing business processes such as ESRI’s geographic information systems (GIS) to expedite the creation of more accurate power system relief plans using CYME power engineering software-Utilized Microsoft SQL Server and Microsoft Access to write and optimize queries to automate reporting information by joining different datasets and dynamically loading the latest internal data to make reliable power system planning decisions

- Created electrical engineering designs and wiring drawings such as equipment layout, wiring, relay protection and substation automation using CAD (Microstation, Bluebeam) to expedite turnaround time of construction packages

• Supported the Payload team in architecture design, requirements flowdown / specification development, and analysis of satellite communications system• Supported the Payload team in the development of definition of RF hardware (Travelling Wave Tube Amplifiers, Multiplexers, Receivers, Frequency Synthesizers, etc.) requirements to domestic and international suppliers• Participated in design trades, Engineering Review boards, and provided technical inputs as assigned

• Completed telecom training of RF Design, LTE, VoLTE, and iBWave DAS• Analyzed network performance and configuration of AT&T VoLTE rollout• Submitted recently upgraded cell phone towers to Sprint for approval• Served as Sprint market point of contact during weekly conference calls and managed offshore resources• Coordinated with construction managers and service providers to troubleshoot cell phone tower performance issues