I am a software engineer at J.P Morgan & Chase working under Risk Management in the Corporate & Investment Banking division. I’ve been working here for almost two years as a full stack engineer and a PM for our internal websites. Outside of work I enjoy taking pictures, reading, volleyball and exploring new places. Growing up in New York City I am lucky enough to be able to try so many cool and exciting restaurants. I have been creating a list documenting recommendations from me and people I have met across the world. Please press the food list button below to see great restaurants to go to if you want some recs all across the country!
View FoodListI am leading a team of five people to create a new way of recommending food to your friends. We are creating an app and website that will allow people to interact and receive recommendation from local people and friends instead of tourist who don't know the hidden gems. We are using C#.Net for the app and Node.js for the website with our database in AWS.
I am leading a team of four to design a commercial LED system for hospitals that acts as a high bit rate transceiver and receiver for data transfer. We are working to incorporate this in connected health devices to patients to achieve less deaths from mishearing an alarm or not realizing how severe a patient's condition is. We have submitted a provisional patent through Rensselaer and press here to see our paper that was submitted for the MANE Journal in the Congressional Library.
For a Hackathon project me and a team of three other people worked on a prototype of a low cost ultrasonic device that would use computer vision to determine if a bird was coming close to a wind turbine, play a noise in a range that only birds can hear which also annoys them into flying around the turbine. We are looking into methods to track how this would affect migration patterns and reasonable ways to represent this data. To view the code click here.
As a fun personal project, I wanted to always walk into my room in style. I created a computer vision program to recognize my face and play Hotel California for 15 seconds. This was achieved using openCV and Spotify's API. I am looking to expand this by improving my model to better detect other faces with my terrible webcam and creating a UI for people to incorporate in their own homes. To view the code click here.
For our Microprocesor System class my partner and I created a home security system that worked through our STM32F7 Microprocesor. We connected a Webcam and PIR sensor and used the USB, I2C, DCMI, GPIO and UART buses to allow our device to work. This was done in C in the STM32 IDE and we worked on creating our own USB driver class to allow usage of our webcam. To view the code click here.
There is so much happening every day and I love being able to capture events or scenery that I see. These are some of the recent pictures that I have taken. To see my gallery please scroll all the way to the bottom and press the flickr icons.