CC-Planning

Visualization and Design Automation for 3D printing.

Contour Crafting is a layered fabrication technology developed by Dr. Behrokh Khoshnevis of the University of Southern California. Contour Crafting technology has great potential for automating the construction of whole structures as well as sub-components.

I joined the Contour Crafting team on August 2017 and am currently working on visualization of printing process and automation of facility placement on software side.

I designed and implemented Unity framework to visualize printing process of building construction, enabled architects to control printing parameters real time.

I introduced the team with cloud platform provided by Autodesk, reduced the data translation time by 80%.

• Date: August 2017
• Client: Contour Crafting
• Technology: Unity, Revit, C#

Close Project

Quantum Escrow

Cloud Platform for Building Information Modeling

Quantum is designed to be the next generation of cloud platform for the building information modeling (BIM) industry. It allows architects and developers to collaborate on the same project with minimized data transmission. Additional Information here.

During my three months of internship at Autodesk, I collaborated with a team with four full time developers to research and develop the central data pipeline of Quantum. My specific responsibility includes building Node.js API server, prototyping front-end web application in 3D and testing applications.

By the end of my internship, the team was able to transimit data with twice the efficiency as before, with also 80% less memory taken on the front end. I contributed 15000+ lines of code on both front-end and back-end with 80+ commits, more than 35% of the codebase.

• Date: June 2017
• Client: Autodesk
• Technology: Node.js, Express.js, MongoDB, Three.js, React.js, Mocha, Chai

Close Project

Cortex

Machine Learning for Business Intelligence.

Cortex is my Capstone (Senior Design) project at University of Southern California. We are collaborating with a start up company in Santa Monica to apply machine learning on business intelligence, predicting the best time and content to post on social media.

I am working with a team of four USC students to extract the data from Facebook, Twitter and Google Analytics, prepare data in RDS, training datasets and deploy training results on AWS. My personal responsibility includes visualize data, prepare data fields and deploy application.

Within a month of development, we have processed the dataset, trained data to predict engagements with 70+% accuracy, and deploy first version on AWS.

• Date: August 2017
• Client: Pure Focus
• Technology: Python, Pandas, Numpy, Matplot, Amazon Machine Learning, TensorFlow

Close Project

Doodle Noodle

Virtual Reality game with body control

Inspired by Leap Motion's Pinch Draw module, Doodle Noodle is a intuitive Virtual Reality game that allows user to actively engage in the gaming space with no controller.

Players use a "pinch and drag" motion to create 3d pathways in mid-air, from point A to G. Bob, the pony will follow along the path and if she hits the moving cube. The game would respond with player's gesture, no controller and keyboard are ever needed to play the game.

During the 36 hours hackathon, we finished the UI/UX design, animation, game logics and integration. My specific responsibility includes game logics and integration on Oculus and Leap Motion SDK.

For more information, click here

• Date: Feb 2017
• Location: Tree Hack 2017, Stanford
• Technology: Unity, C#, Oculus SDK, Leap Motion SDK
• Github: Doodle Noodle

Close Project

Hamiltonia

Trip Planning with Drawing

Hamiltonia was the prototype of ultimate trip planner. We allow user to design the travel plan by simply drawing on the map, approximating the locations and optimizing the schedule.

I lead a team of three developers to finish the application with 36 hours. My specific responsibility includes integrating Google Map API, enabling drawing features and visualizing travel plans.

For more information, click here

• Date: Nov 2016
• Location: Cal Hack, UC Berkley
• Technology: HTML, JavaScript, Canvas, Google Map, Amadeus
• Github: Hamiltonia

Close Project

201 Stone

Hearthstone Rebuilt with Java and Unity

201 Stone was a group project in CSCI 201 at University of Southern California, we redesigned and developed Hearthstone with professors and students as characters.

I worked with a group of five developers on both the front-end and back-end of the game. Within 2 months, we were able to build the game from scratch up with basic game logics and UI. My personal responsibility includes providing game logics in backend and connecting Java with Unity on both side.

• Date: January 2017
• Location: University of Southern California
• Technology: Java, Unity, Web Socket.
• Bitbucket: 201 Stone

Close Project

Perfit

Cloth Simulation for Online Shopping

Perfit was a start up making cloth simulation for online shopping. We applied cloth simulation algorithm on body mesh scanned by user's smart phone to provide accurate fitting results.

I collaborated with a team of four to research and develop cloth simulation algorithm applied for practical usage. My personal responsibility includes research different papaers on cloth simulation, manage libraries and deploy application on AWS.

For more information click here

• Date: January 2017
• Client: Perfit
• Technology: C++, OpenMesh, OpenCV, K-D Tree

Close Project

SSS Rover

Animation for NASA material challenge

SSS Rover was the grand prize winner of 2016 NASA material challenge, applying 3-D printing process on Mars and Moon with native material. I was honored to make this animation for Professor Behrokh Khoshnevis with his potentially game changing invention.

With in 2 month, I was able to understand the project settings, model the environment, animate the process and render the final picture.

For more information, click here

• Date: Feb 2016
• Client: Craft USC
• Technology: Maya

Close Project

Design Gallery

Available Soon

Close Portfolio