Hello, I'm Nata
I'm a software engineer based in Boston, US. With a keen eye for detail and a passion for innovation, I am constantly expanding my expertise and aim to leverage my programming skills and collaborative experience to drive impactful projects in the tech industry.
About Me
Hello, I'm Nata, a software engineer with a passion for creating impactful software solutions. I've developed a knack for crafting efficient and user-friendly applications. My journey in the tech industry has been marked by roles in Mobile Application and Software development, where I've pushed the boundaries of what's possible with code, fostering my love for technology and innovation.
I'm enthusiastic about applying my comprehensive skill set to contribute to exciting projects in the ever-evolving field of software development.
When I'm not coding, you can find me exploring new places, reading, or experimenting with new recipes. I value a well-rounded life, believing in the importance of a healthy work-life balance to fuel both professional growth and personal happiness.
Education
Northeastern University
Masters of Science in Software Engineering Systems
2022-24
Vellore Institute of Technology
Bachelors of Technology in Electronics and Communication Engineering
2015-19
Tech Stack
Projects
Description:
The Peticure project is a full-stack pet adoption platform built using the MERN stack, Next.js, and REST principles. It ensures security with bcrypt encryption, JWT authentication, and secure routes, and uses Redux Toolkit for state management.
Tools:
Next.js, Express.js, Node.js, MongoDB, JWT, Bootstrap, Redux Toolkit
Description:
The Infinotes project is a scalable note-taking application built with Java Spring Boot and MVC architecture. It integrates Spring Security for robust authentication and access control, and uses MySQL and Hibernate ORM for efficient data handling.
Tools:
Spring Boot, Spring Security, Hibernate ORM, MySQL, Thymeleaf, Bootstrap
Description:
The Chess Backend project is designed using key software design patterns for flexibility and scalability. It applies the Factory and Strategy Patterns to handle piece creation and movement logic, the Observer Pattern for real-time game state tracking, and the Command Pattern to implement undo/redo functionality.
Tools:
Java
Description:
In the America's Roadmap project, I took on the challenge of solving the Traveling Salesman Problem for 530 U.S. cities. Using the Christofides algorithm and combining it with techniques like random swapping, 2-opt, simulated annealing, and ant colony optimization, I was able to improve the initial route by 35%.
Tools:
Java, Java Swing