Degree in Computer Science (BCA)

2021 - 2024

Surana College, Bangalore

I pursued Degree in Computer Science with CGPA of 7.0 on a scale of 10.

Pre university & PCMC

2019 - 2021

Narayana PU College

I pursued my pre-university eduction in physics, chemistry, mathematics and computers with 72%

SSLC Board

2018 - 2019

SACES School

I pursued my Secondary School Leaving Certificate with 64%

Creating Mirror Swiggy application incorporating live APIs and Realtime technologies, with the aim of gaining practical experience and deepening understanding of development concepts. Key features include:

• API's: Implemented asynchronous function methodology to Fetch real-time APIs from the Swiggy website and dynamically displayed restaurants as a list of cards with changing pictures and details underneath dynamically.
• Lazy Loading: Incorporated lazy loading,optimizing the applications buffertime by up to 4000 milliseconds and improving efficiency.
• Custom Hooks: Implemented custom hooks to transform components into with single responsibilities component, consequently improving code maintainability and understandability.
• Higher-Order Components: Utilizing higher-order components helps to avoid prop drilling and enhances code reusability.
• Hooks: project incorporates the following hooks: useState, useEffect, useDispatch, and useSelector.
• Redux:I understood and applied Redux with store, actions, reducers, useDispatch, and useSelector from react-redux and @reactjs-toolkit, effectively managing the project's state in a predictable manner.
• Tailwind Css successfully implemented Tailwind, significantly enhancing the appearance of the user interface to an extraordinary degree.

Developing a user-friendly video streaming platform with advanced search functionality. I autonomously engineered the entire website

• Google's Open-Source API: I leveraged Google's open-source API to retrieve YouTube data asynchronously, subsequently incorporating it to dynamically populate content on my website's homepage.
• Conditional Rendering: I improved the application by implementing conditional rendering to specify the display of the video only when it is available.
• Single Responsibility Principle: I applied the single responsibility principle to ensure that each component serves a singular purpose, thereby enhancing code reusability and maintainability.
• Custom Hooks: I utilized the concept of custom hooks to develop tailored React hooks, enabling consistent functionality across multiple sections of the codebase and promoting reusability.
• Debouncing: Debouncing was implemented to regulate the frequency of API calls, thereby enhancing the efficiency of the application by ensuring optimal usage of resources.

Developed a responsive car dealership website, seamlessly integrating front-end and back-end technologies.

• UI: Developed professional UI Utilized HTML, CSS (Bootstrap), and JavaScript to create user-friendly interface.
• Engaging Landing Page: Designed an enticing landing page, effectively capturing the dealership's essence and providing an attractive introduction to potential customers.
• Secure User Authentication: Implemented a robust user authentication system, ensuring data privacy with secure login and sign-up functionalities.
• Dynamic Car Listings: Employed JavaScript to dynamically generate tables displaying detailed car information.
• Backend Integration: Connected the website to an Apache (XAMPP) server using PHP for efficient data retrieval and manipulation, ensuring seamless communication between front-end and back-end components.