😇 My Portfolio - https://www.farasat.me
😇 My Socials - https://linktr.ee/faraasat
😇 Project Details Page - https://www.farasat.me/portfolio/gpa-calculator
Experience the project in action by visiting our live demo: GPA/CGPA Calculator
🔗 Website URL: https://gpacalculate.vercel.app/
😋 GitHub URL: https://github.com/faraasat/gpa-calc
In my role as a software engineer for this project, I was responsible for the complete development of the GPA and CGPA calculator. This included designing the architecture, implementing features, and ensuring the overall functionality of the web application. I created a dynamic user interface using React, integrated TypeScript for type safety, and leveraged Next.js to enhance performance and scalability. I also ensured the application could handle various grading scales, providing accurate results for users.
This GPA and CGPA calculator is a personal project I developed and shared as an open-source resource. The aim was to simplify academic tracking for students by automating GPA and CGPA calculations. By open-sourcing the project, I intended to make it accessible to a broader audience and invite contributions from developers to enhance its functionality.
The GPA and CGPA calculator is a sophisticated web application designed to assist students in calculating and tracking their academic performance effortlessly. It offers a dynamic and user-friendly interface built using modern technologies like React, TypeScript, and Next.js. The tool addresses the common challenge of manually calculating GPA and CGPA, which can be time-consuming and error-prone.
Traditional methods involve complex formulas and various grading scales, leading to inaccuracies and frustration. This manual process requires students to track their grades and credits while applying specific formulas, making it cumbersome and prone to mistakes. With different grading systems across institutions, the process becomes even more challenging.
To tackle these issues, I created a web-based solution that automates these calculations, provides instant results, and accommodates various grading systems. The application allows users to seamlessly input their grades and course credits, automatically computing the GPA and CGPA, thus making academic tracking straightforward and reliable.
The integration of React and Next.js ensures a responsive and high-performance application, while TypeScript adds robustness through type safety. This technology combination enhances user experience and provides a solid foundation for future improvements. The project aims to be a valuable student resource by simplifying a complex process and being readily accessible online.
Manually calculating GPA and CGPA presents significant challenges for students. Traditional methods require tracking multiple grades and credits, applying various formulas, and adjusting for different grading scales, which can be time-consuming and error-prone. Given the importance of GPA and CGPA in academic and career prospects, inaccuracies can have serious repercussions.
One major issue is the diversity in grading systems. Different institutions may use various grading scales (letter grades, percentage scores, or point systems), making it difficult to apply a universal formula. Additionally, the manual calculation process can be tedious and requires careful attention, often leading to multiple recalculations for accuracy.
Students managing academic records, especially those handling grades from multiple courses over several semesters, may find it difficult to maintain consistent calculations. This highlights the need for an efficient, user-friendly solution that can handle various grading systems and deliver accurate results quickly. A web-based tool that automates these calculations can significantly reduce student burden and help them maintain accurate academic records.
The GPA and CGPA calculator offers an automated, user-friendly solution for calculating academic performance metrics. By leveraging modern web technologies like React, TypeScript, and Next.js, the application ensures a seamless experience for users.
The solution features a web-based application where users can input grades and course credits through an intuitive interface. The application processes this input in real-time, calculating GPA and CGPA instantly. This automation eliminates manual calculations, reducing errors and saving time for students.
A key feature is its ability to handle different grading systems. Users can choose from various grading scales, ensuring accurate calculations regardless of their institution's grading system. This flexibility addresses the issue of varying grading scales and provides a versatile solution for users from diverse educational backgrounds.
The application also incorporates data validation and error handling to ensure correct input and calculations. By providing instant feedback and results, the tool helps students track their academic performance more effectively and with confidence.
Overall, the solution simplifies GPA and CGPA calculations, making it more accessible and less error-prone. The use of modern web technologies ensures that the application is not only functional but also scalable and maintainable for future enhancements.
- Dynamic Grading System Support: Accommodates various grading scales, including letter grades, percentage scores, and point systems.
- Real-Time Calculations: Provides instant GPA and CGPA results as users input their data.
- User-Friendly Interface: Designed for ease of use with intuitive data entry and navigation.
- Error Handling: Includes validation checks to ensure accurate input and calculations.
- Performance Optimization: Built with React and Next.js for a responsive and efficient user experience.
The GPA and CGPA calculator has successfully provided a valuable tool for students managing their academic performance. By automating calculations, the application significantly reduces the time and effort needed for GPA and CGPA assessments, while minimizing the risk of errors.
Users benefit from a streamlined and efficient method to track their academic progress. The ability to handle different grading systems ensures versatility across various educational contexts, particularly useful for students in institutions with varying grading scales.
The application’s real-time calculation feature enhances usability by providing immediate feedback, enabling students to assess their academic standing and make informed decisions. The user-friendly interface contributes to a positive experience, making the tool accessible even to those less familiar with mathematical calculations.
By offering this tool as an open-source project, I have created a resource that can be freely used, modified, and distributed. This open-source approach invites community collaboration, leading to further improvements and enhancements. Overall, the project achieves its goal of simplifying GPA and CGPA calculations, making it a valuable asset for students and educational institutions alike.
- Programming Languages: JavaScript, TypeScript
- Frontend: React, Next.js, HTML, CSS
We would like to acknowledge the following contributor for their valuable contributions to this project:
The GPA and CGPA calculator is licensed under the MIT License, allowing free use, modification, and distribution of the software. This permissive license ensures users can access the source code, make changes, and incorporate the tool into other projects without significant restrictions. The MIT License fosters an open and collaborative environment, encouraging community contributions while providing flexibility for users to adapt the tool to their needs.
To use the open-source GPA and CGPA calculator from GitHub, first clone or download the repository from the link. Install project dependencies by running npm install in your terminal. Start the application with npm run dev, and it will be available at http://localhost:3000. Input your grades and credits to calculate your GPA and CGPA. For contributions, fork the repository, make changes, and submit a pull request. Report any issues by creating a new issue on the GitHub repository page.
Take a glimpse into the Project:
