▪ Developed a web application to provision cloud database system for DBaaS (database as a service) team
▪ Integrated Vue framework and configured REST API using Flask and Python to build application
▪ Programmed backend to spin up targeted virtual machine after verifying the client’s request
▪ Wrote end-to-end test cases for AWS Elasticache for Redis to assert expected behaviors
▪ Developed an API to integrate Webex APIs to build bots and integration for Webex users from the frontend
▪ Utilized Couchbase Server – NoSQL - to create, store, and handle data to interact with web application
▪ Enhanced frontend code efficiency with jQuery by simplifying HTML document traversal and event handling
▪ Set up crontab jobs to run pytest and configured API to alert team on errors via email and Webex platform
▪ Collaborated with other Engineers on the team to refactor code and add new features as project expands
▪ Developed a front-end using Angular framework to create a tracking-system for the production line so that technicians can insert/delete, test, and view data dynamically without navigating into the database file
▪ Created the front end with html, scss, typescript and angular components and made sure it's user friendly on both big and small screen devices for technicians in the lab to use
▪ Implemented a feature that allows user to dynamically create new databases in the network directly from the webpage with pre-defined data-schema and correctly store in specified location
▪ Each functionality/actions are handled reactively using Ngrx/Store, implementing Redux pattern using Rxjs Observables in order to simplify the application state to plain objects, enforcing unidirectional data flow, etc.
▪ Used flask to handle http requests to handle different functionality of manipulating items in database
▪ Developed a python program that can verify and insert new data (obtained from web service application) into the database – MS Access Database – and have authentications guards so users cannot just change data
▪ Utilized pyodbc library to execute SQL command in order to make changes to MS Access Database
▪ Implemented logics in order to make sure that the system will not create database that already exists
▪ Dynamically fetch the correct schema based on http request id in order for front end to receive the corresponding information from the correct database
▪ Reversed-engineered to create mappings and generated an XML file to form a structured tree in the system
▪ Created an algorithm to parse through database and located all items to the corresponding nodes in the tree
▪ This saved other Engineers a tremendous amount of screen-time to classify all these data manually
▪ Enhanced search query accuracy in the database by mapping part attributes after classification
▪ Utilized log files to figure out the system’s bug and implemented logic to solve the problem
▪ Processed numerous large malware exported datasets in Excel using Python and open source libraries: (Pandas, Numpy, XLSReader) to configure mandated changes requested per team
Major - Computer Engineering
Minor - Mathematical
GPA - 3.59
Relevant Courses - Data Structure, Object-Oriented Programming , System Programming, Computer Architecture, Digital Design, Calculus Series, Physics Series, Linear Analysis, Electrical Series
Future Relevant Courses - Operation Systems, Database Systems, Senior Project, Artificial Intelligence
Dean’s Honor List: Maintained a 3.5+ GPA
Scholarships: Adele and Aldo Alessio / Warren Stauffer CPE/ The Chevron Engineering: Awarded by the Computer Engineering Program - 2020 and 2021
High School Diploma - GPA 4.35
Tennis Varsity Captain - 2014 to 2018
Chess Club President - 2016 to 2018