Erica focuses on Human-Computer Interaction, computer vision, and image processing. She’s previously explored how we can use machine learning to enable creativity.

Designed sustainable lab materials and curriculum as an educational fellow in partnership with the Ghanian Educational Service; astrophysics research assistant at SLAC, Caltech, and NASA’s Jet Propulsion Laboratory developing precise image resolution for ground-based telescopes

Kayla’s expertise lies in Robotics—she previously worked on autonomous driving at Cruise and robotics software at Vecna Robotics. She also researched methods for factory line operators to effectively work alongside robots.

Kayla’s expertise lies in Robotics—she previously worked on autonomous driving at Cruise and robotics software at Vecna Robotics. She also researched methods for factory line operators to effectively work alongside robots.

I am currently working at a lab researching Quantum Neural Networks, searching for biological applications. I currently live between New Haven, New York, and Ireland travel permitting. I have recently gotten into guitar and have been trying to learn John Mayer's new song Last Train Home.

I am interested in how data science and AI can be used to tackle global problems like poverty and climate change. I'm also interested in ethical challenges of AI and how they can be mitigated. I love listening to music, trying new foods, and hanging out with friends. Excited to meet you!

Studying economic disparities in online education, diagnosing dementia with machine learning, creating AI-generated images, and improving recommendation engines.

Daniela created and taught an Artificial Intelligence and Society course at an international school in Rome. She’s taught math + computer science to students from kindergarten through college around the world. 

I love thinking about mathematical and algorithmic puzzles. My studies and research are centered around the theoretical side of Computer Science. In particular, I like complexity theory which is the study of how hard certain problems are, and algorithmic game theory which is the study of how to play all sorts of games optimally. I also really enjoy learning about AI systems, and especially their applications to solving real world problems (and also playing useless games). In my spare time I like to run, cook, read and listen to / play / compose music.

I'm excited about the wide applications of AI to all sorts of fields, from finance to healthcare/biology. In particular, my senior project back in college was training a deep learning model to predict antibiotic resistance based on bacterial genetic information! Outside of school and work, I also like to bake, sew, play video games, and go for runs! I'm currently training for my first 10k sometime in the late summer or early fall.

I'm passionate about applying machine learning to solve biomedical problems and exposing students to computer science concepts. This summer I'm doing research in a biophotonics lab working on deep learning models to identify images with suspicious features for breast cancer application. Outside of the lab, I like to try Margherita pizzas and explore New York City!

I'm interested in the intersection between music and technology, and have been using computational and AI/ML methods for analyzing medieval music. Outside of academics, I am an avid jazz composer and musician, and enjoy listening to all sorts of music! I also enjoy reading, running, chess, and Rubik's Cube solving.

My current project is on making a new method which uses machine learning to take really large genetic data and reduce it to a smaller dimension to be analyzed. Existing methods introduce a lot of distortion during this process, so I am working to minimize that. In my free time, I like to bake, hike, and play board games with friends. I'm also learning to make boba at home!

I work on 3D printing technologies, especially on how to develop strategies to enhance the function and scale of bioprinted cardiac and vascular tissues to accelerate on-demand organ printing. I use AI to solve and control robotics (planning paths, point distribution, and kinematics) that are developed for new manufacturing methods of 3D printing. I have lived in 3 different countries (India, US, Belgium) on all different continents, and attended 11 schools. I also weightlift, swim, and play guitar, and write short blog posts (You can find me at https://1sohamsinha.wixsite.com/sohamsinha).