Hello! I'm Rahul, a Computer Science student at Rutgers University - New Brunswick.
                        
                        I love working with cutting edge technology and learning new things. My interests
                        involve building full-stack applications, working with data, and experimenting with Computer Vision.
                        
                        I'm currently an undergraduate researcher at my university's Intelligent Transportation Systems Lab and a Teaching Assistant for Data Structures.
                        
                    
                    - Evaluated ETL workflow management tools (Airflow, Prefect & Argo) and built a data transformation pipeline for the Machine Learning Platform
                    
                    - Developed a POC Alerting & Monitoring application to detect failures in a workflow and notify downstream tasks for efficient communication using AWS Kinesis for signal data stream
                
                    - Processing and filtering large amounts of 3-D geospatial data reported by LiDAR sensors for intelligent traffic light control and transmitting LiDAR data to lab servers.
                    
                    - Constructing a digital twin for visualization of traffic events through Unity camera adjustments
                
                    - Converted transmission of serialized Java objects to JSON in order to allow for backwards compatibility when making changes to serialized classes
                    
                    - Automated verification of admin rights for remote access to Point of Sales (POS) system 
                
                    - Structured unstructured data and forecasted predictions via Facebook Prophet to analyze the relationship between weather events and company sales to help supply chain industry reduce unnecessary inventory by 10%
                    
                    - Implemented Hough transformations, image segmentation and flood fill algorithms to isolate text blocks and automate data entry of pharmaceutical drug forms
                
 
                    
                            - 2nd Place Winner at PennApps XX out of 250 teams
                            
                            - Virtual whiteboard system that uses hand & finger tracking (via OpenCV) so users can “write” notes in thin air
                            
                            - Gesture recognition through Tensorflow models for quick & convenient functionality such as swiping left to erase board, swiping up to share notes, and rotating hand to change font size/color
                        
 
                    
                            - A web application that parses contract agreements to search for red flags such as hidden fees or privacy concerns
                            
                            - Trained NLP model using Google Cloud Platform NLP Sentiment Analysis and created API via Django for web app