Hardik Bishnoi

About Me

Hello! I’m Hardik Bishnoi, a Computer Science Engineering student at Chandigarh University. I am passionate about software development, problem-solving, and web technologies. I enjoy creating applications that solve real-life problems and make tasks easier.

I have hands-on experience with C++, Java, Python, HTML, CSS, JavaScript, SQL, and PL/SQL. My interests include web development, cloud computing, and IoT. I’m constantly learning new skills to stay updated with industry trends. My goal is to become a skilled full-stack developer and contribute to impactful projects.

Education

B.E. Computer Science Engineering, Chandigarh University, Mohali, India (2022 – Present)
CGPA: 7.81

Intermediate (CBSE), Govt. Model Sr. Sec. School, Chandigarh (2021 – 2022)
Percentage: 74.2%

Matriculation (CBSE), Shanti Niketan Sr. Sec. School, Hisar, Haryana (2019 – 2020)
Percentage: 81.2%

Projects

Student Performance Tracking System

A web-based application built using HTML, CSS, and JavaScript to track student performance. This system allows parents and teachers to monitor grades and marks, reducing manual errors by 25%. It also improved parental engagement by 30% and reduced report generation time by 40%.

GitHub Link: Coming Soon

Sudoku Solver (C++)

A console-based Sudoku game and solver built using C++. It offers a smooth user experience with interactive gameplay, move validation, and a fully automated solving feature powered by a backtracking algorithm—which efficiently finds solutions to Sudoku puzzles using depth-first search :contentReference[oaicite:3]{index=3}.

Features:

Interactive input validation for smooth gameplay
Automated solving using backtracking
Readable grid display with separators
Clear prompts & error handling

View on GitHub

Employee Management System (DBMS)

Designed and implemented a database-driven system using PL/SQL to manage employee records. It optimized data management, improved query response times by 50%, and reduced report generation time by 35%. The system also reduced data input errors by 15%.