Hello! I'm Pavan Bodanki, a passionate computer scientist with a diverse skill set spanning software development, data analysis, data science, and deep learning. I hold a Master's in Computer Science from the University of Georgia and a Bachelor's in Electronics, Computers, and Communication from Andhra University.
From an early age, I was drawn to logical reasoning and mathematics, and this interest naturally extended to programming when I was introduced to LOGO and basic C programming in the 8th grade. After a brief hiatus from coding during my high school years, I rekindled my passion for technology by pursuing certifications in programming. To my delight, I found that the foundational skills I had developed remained intact, which motivated me to further explore this field.
In college, I chose Electronics and Communications as my major, with a minor in Computer Science, to focus on the intersection of IoT and technology. This choice led me to work on several IoT projects and experiment with mobile applications and web development. It was during this time that I discovered my passion for machine learning and data science. I eagerly applied the concepts I was learning to real-world problems, integrating machine learning and AI in innovative ways.
My final year internship provided a valuable opportunity to experience the corporate environment, which was instrumental in shaping my professional journey. The pandemic prompted me to develop my finance and economics skills to enhance my data analysis capabilities. This journey took me to Thomson Reuters, where I worked on transitioning legacy projects to modern technologies like AWS and ETL pipelines. My role also involved analyzing user behavior data to improve web development outcomes, which deepened my interest in data-driven insights.
My passion for healthcare and data science led me to join ecology lab during my master’s program that focuses on disease forecasting. This role has been incredibly fulfilling as it allowed me to engage in a diverse range of activities—from web development to machine learning, statistical modeling, and MLOps. I continue to expand my knowledge and expertise in this field, driven by a genuine interest in using data science to make a meaningful impact in healthcare.
Beyond the technical realm, I have a keen interest in understanding market trends and researching public health. When I'm not immersed in code or data, you might find me traveling, exploring new cultures, and landscapes.
If you're interested in collaborating or just want to chat about the latest tech trends, feel free to contact me. You can also check out my projects on GitHub.
University of Georgia (3.82/4)
AUG 2022 - AUG 2024
Masters, Computer Science.
Andhra University(9.02/10)
JUL 2016 - MAY 2020
Bachelor of Technology, Electronics ,Computers and Communication
Developing an CNN model using deep learning techniques to analyze Knee-cartilage MRI scans and predict optimal timing for arthroscopic surgery in arthritis patients.
Developing a scalable MLOps pipeline using Apache Arrow, AWS s3, Glue, lambda, and ECR for efficient model updates on the flu across US.
OCT 2022 - Present
****visualizations to be uploaded here soon****
NOV 2020 -JUL 2022
JAN 2020 - MAR 2020
Recommendation systems on movie streaming data
Designed a full-stack website using ReactJs,Spring MVC and SQL
Crafted a secure library(crate) for implementing graph algorithms using rust which so far has 1600+ downloads through the developer community.
Developed a web app that pulls real-time player statistics from Wikipedia.
Derived match predictions using SQL queries.
SIH 2018-E-Governance application--Developed an Android app emphasizing offline functionality and end-to-end encryption using firebase and android studio.
SIH 2019-Cisco Meraki router--Customized Cisco Meraki router with splash page integration,video calling, and an nltk-powered chatbot.
Built a model using deep learning techniques to determine the vehicles passing through a particular Region of interest area
Designed a LSTM-based deep learning model for sentiment analysis in eCommerce websites.
Using Machine Learning algorithms and data mining techniques, I created a model for predicting hypotension/hypertension.
Developed using nodemcu and integrated waste management through mobile application.
Optimizing ECG signal analysis by adaptively compressing signals and applying advanced classification algorithms using a modified Inception Block and LSTM, enhancing both diagnostic efficiency and robustness
OCT 2022 - MAY 2024
Organized various events for the ISA
OCT 2019 - DEC 2019
Organized a 24 hour hackathon at college while analyzing the feasibility of the projects to be done in a specific time span.
JAN 2019 - FEB 2019
Curated workshop topics and partnered with Robokart for event coordination.
OCT 2023 & MAR 2024
Presented posters on my master’s project in Computer science research day and AI research day.