My personal website highlights my curiosity in the field of computer science: artificial intelligence, machine learning, research, and software engineering.
TThis past summer, I worked as a software engineering intern at Dell Technology. Worked in a team of 3 to build and test a universal crawler connector using Java and Python to store crawler’s data in ServiceNow platform. Our internship project reduced development time for new crawlers by 60% and reduced existing crawler’s codebase by 35%. Designed the software architecture of the tool by creating Data flow, UML, and Sequence diagrams.
As a result of yearlong research with Prof. Edward Rietman of UMass Amherst, my honors thesis was approved and published by the Commonwealth Honors College. The research was on developing a convolutional neural network and decision tree algorithm using Python to analyze and compute fractal dimensions of MRI images to diagnose and determine the stage of brain and breast tumor with an accuracy of > 80%.
Graduating December 2021 from the University of Massachusetts Amherst with a master’s in computer science with data science concentration. Currently looking for full time data science and software engineering opportunities from January 2022.
Skills: Java, Python, data science, Machine Learning, Artificial Intelligence, Neural Networks, Project Management, Strategy, Backend development
• Built and tested universal crawler connector using Java and Python which reduced development time for new crawlers by 60% and existing crawler’s codebase by 35%
• Designed the software architecture of the tool by creating Data flow, UML, and Sequence diagrams
• Deployed crawler to collect and parse system data of 10,000+ servers to store in ServiceNow platform which achieved a simplistic and aggregated view for customers and employees’ consumption
• Engineered and tested the crawler using Java, Spring boot framework, Jenkins, Swagger, JUnit, and integration testing
• Assisted professor to teach AI course for 4 semesters with 160+ students by leading lab assignments, facilitating group discussions, and answering course-related coding and theoretical questions
• Supervised 3-member cross-functional team using agile methodology to create a social networking and recruiting platform based on people’s unique skill/talent which led to an initial seed funding
• Prototyped desktop and smartphone application using Java, Swift, and Python
• Implemented a feature for an existing asset management tool using Java that uses algorithm to automatically calculate 2,800+ employees’ efficiency and ROI to generate KPI dashboards using Google big query and SQL commands for team managers
• Developed software using C++ to pilot a forward collision warning system with the integration of LIDAR sensor and Arduino
• Presented deliverables to C-level board, which resulted in the prototype being implemented by the development team in Taiwan
Related courses: : Reinforcement Learning (F21), Neural Networks, Algorithms for Data Science, Artificial Intelligence, Machine Learning, Intro to NLP
Related courses: Search Engines, Intro to Algorithms, Software Engineering, Intro to Computer Vision, Computer Systems Principles, Programming w/Data Structures, Intro Linear Algebra, Multivariate Calculus
Engineered 5-layer feed-forward neural network with a combination of supervised and unsupervised learning techniques using Python for automatic speaker identification with an accuracy of 94%
View PaperDeveloped convolutional neural network and decision tree algorithm using Python to analyze and compute fractal dimensions of MRI images to diagnose and determine the stage of brain and breast tumor with an accuracy of > 80%. Published honors thesis after successfully defending the thesis to the Commonwealth Honors College
View ThesisCreated an application that detects and alerts drowsy drivers by extracting and analyzing eye coordinates using OpenCV library and also by using a ML model trained with a dataset of 15,000+ people’s face.
View ProjectImplemented iOS and Android app to guide visually impaired people along the Milford’s trail using Bluetooth low energy (BLE) beacon technology and smartphone camera, coded using swift, java, and with the use of OpenCV library
Built a web application using JavaScript and HTML to automatically identify known faces with 90% accuracy using facial detection and recognition to help people affected by Alzheimer's disease.
View ProjectCreated a working prototype of an iOS application using swift and objective-C that provides cheap, safe, and convenient travel plans for students. Won amongst 75+ participating teams for best iOS app that was designed and coded in less than 48 hours.
View ProjectCreated software to convert 15+ American sign language hand gestures to computer generated voice using java, python and Leap Motion’s IR technology.
View ProjectDesigned and launched, “Town of Holliston’s Smartphone App” (iOS and Android), which is endorsed by the Board of Selectmen as the town’s official app impacting 13,500+ residents. Developed using swift, objective-C, java, and integrated with Parse database for dynamic content and offline support.
View Project