Bear With Me (OBS Overlay)

Integrated Vosk offline speech recognition to detect custom voice commands with low latency, enabling local audio processing without external APIs while preserving user privacy. Engineered a Node.js event server to stream real-time events from the speech recognition pipeline to a browser-based overlay, with configurable positioning across OBS scenes and automated local setup using batch scripts.

Data Cleaning in SQL

This project demonstrates SQL-based data cleaning on a housing dataset, covering essential techniques such as date standardization, address completion, and parsing, breaking out address components, standardizing categorical values, and removing duplicates. Additionally, it optimizes data structure by removing unnecessary columns, improving both the dataset’s integrity and usability for analysis.

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Data Exploration in SQL

This project analyzes COVID-19 data using SQL, focusing on infection, death, and vaccination rates worldwide. It combines datasets to calculate mortality and infection rates, tracks global trends, and visualizes vaccination progress as a percentage of each population. This work showcases SQL’s power in handling public health data for impactful insights and reporting.

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COVID-19 Data Analysis with SQL and Tableau

Conducted comprehensive data analysis on global COVID-19 statistics, including cases, deaths, and vaccination rates. Cleaned and transformed data in SQL to calculate metrics like infection rates, death percentages, and vaccination coverage by location, enabling insightful visualizations in Tableau.

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Movie Dataset Analysis with Python

This project explores a movie dataset to uncover trends in budgets, earnings, and release years. Using Python, the analysis includes data cleaning, statistical evaluations, and visualizations, providing insights into financial performance and release patterns in the film industry. The project offers a detailed look into factors influencing a movie's success and is a great example of data handling and analysis skills.

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Nutrition API Project

This project involves the development of a Nutrition API that provides detailed nutritional information about various food items. Using a combination of Java and Spring Boot, the API efficiently retrieves data from a database, enabling users to search for food items and obtain vital nutrition facts, such as calories, proteins, carbs, and fats. This application is designed to assist users in managing their dietary choices and promoting healthier eating habits. The project emphasizes RESTful principles and utilizes effective database management techniques to ensure seamless data retrieval and accuracy.

HTML, CSS, and PHP Web Development Project

This project showcases my foundational skills in web development, utilizing HTML, CSS, and PHP to create a dynamic and interactive website. It features user authentication, dynamic content generation, and seamless interaction with a MySQL database. The responsive design ensures compatibility across devices, while best practices in security and data validation are emphasized throughout. This project represents my commitment to mastering full-stack development and delivering an engaging user experience.

Skills

Languages

Java, Python, SQL, JavaScript, TypeScript, R, HTML5, CSS3

Frameworks & Libraries

Spring Boot, Spring Data JPA, React.js, Angular, Flask, TensorFlow, NumPy, Pandas

Databases

PostgreSQL, MySQL, Oracle, MongoDB

Developer Tools & Platforms

Git, Maven, Postman, Bruno, Claude Code, Linux, Tableau, Azure DevOps

Concepts

REST APIs, Microservices, Full-Stack Development, OOP, Agile/Scrum, Asynchronous Programming, Component-Based Architecture

About Me

Hi, I'm Siddhanth Jagtap, a Software Engineer with a passion for building full-stack applications, REST APIs, and microservices using Java, Spring Boot, Angular, Python, and SQL.

I'm currently a Software Engineering Intern at Vanderbilt Health, where I'm building ATLAS, an internal API testing and monitoring platform, while pursuing a Master of Science in Computer Science at Vanderbilt University. I strive to develop solutions that make a positive impact on people's lives. Explore my experience and projects above, and feel free to reach out if you'd like to connect or collaborate! Check out my Research on AI - Driven Food Recognition and Pose Estimation here: https://link.springer.com/chapter/10.1007/978-3-031-90478-3_11