Final project for 6.810 Interactive Engineering Technologies. Designed and built adaptive earrings that changes shape according to user activity level and environmental stimulus.
Course assignment website for 6.S198 Deep Learning Practicum. Projects explore deep learning by applying fundmental techniques to practical applications.
Design and implementation of algorithms and software to make mini racecars fully autonomous. Labs provided a comprehensive overview of mobile robotics and autonomous vehicles (ie. control and estimation theory, computational perception, computer vision, motion planning, and machine learning).
Our final project for 6.070 Electronics Project Laboratory. Designed and built an LED Color Organ that listens to an audio file and emits different colors of light based on sound.
Our final project for 6.902 Engineering Innovation and Design (EID). Created an automated speech system that helps elementary school students prepare for spelling bee competitions.
Water Rocket Lab and Flight Competition for MIT Aerospace Department's Unified Engineering (16.001-16.004). Optimized aircraft parameters and constructed launch items according to specifications by applying fundamental aerospace engineering disciplines.
My UROP project for Changing Places group in the MIT Media Lab. Using geolocation, ratings, topic and sentiment breakdown data, I designed an interactive map that highlights specific business locations in Andorra based on selected user preferences.