Designed and developed a 3D immersive application for visualizing and sensemaking textual data.• Wrote scripts in C# in Unity for document movement, rotation, and change of scale. • Developed Web Scraping algorithm in Python for data-collection from a website to display within a 3D environment. • Tested the application with Oculus. Rewrote the entire script to work in HoloLens.• Work resulted in a publication and a product currently used by VT researchers.

Taught the following graduate and undergraduate CS courses:CS 5254: Mobile Application Development (grad)CS 5014: Research Meth in CS (grad)CS 4114: Introduction to Formal Languages and Automata Theory (under-grad)CS 3744:Introduction to GUI Programming and Graphics (under-grad)

Worked with PMs, Designers, UX researchers, and the Development team to re-define the user experience of EDC (Enterprise Data Catalog) product for Informatica. • Understood how the existing system works.• Worked with developers to create a visualization for big data. • Improved the existing algorithm, to filter keywords and recommend users with data based on their searched keywords.

Worked with stakeholders and developers to develop a data visualization product to help UPStrack package globally.• Used Jupyter notebook to develop visualizations for package tracking. • Created and maintained MySQL database for storing the data.• The product is currently being used by UPS employees.

Worked with researchers and developers to develop an interactive search user interface that anticipates the user's search intents by estimating them from user interaction. • Used HTML5 to store data on the client-side. • Used tf-idf from Scikit to rank the articles. • Conducted sentiment analysis with Scikit. • Used K-means clustering with Scikit to visualize clustered data.• Wrote a JSON parser to parse data from user logs.• Analyzed the collected data using python to visualize the results.

Worked with geophysicist to develop and investigate methods for different scales of similarstructures in the automatic identification of patterns. • Used pattern recognition, self-learning systems, and image processing methods to develop the software.• The existing software was written in ANSI C, I redesigned the software using OpenCV image processing library.