Aspiring Full-Stack Web Developer and Electronics & Communication Engineering student with hands-on experience in building scalable web applications using Java. Passionate about solving real-world problems through efficient coding, leveraging strong soft skills, and seeking entry-level opportunities in software or web development to drive innovation and impact.
Not specified, Not specified, India
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Summary
Developed and deployed a full-stack application, 'SME – Smart Attendance and Payroll Adjustment System,' gaining hands-on experience in modern web technologies and contributing to process automation.
Highlights
Developed and deployed 'SME – Smart Attendance and Payroll Adjustment System,' a full-stack web application designed to automate employee attendance tracking and payroll adjustments for SMEs.
Implemented real-time check-in/check-out features, enabling accurate tracking of employee presence and adherence to work schedules.
Engineered robust deviation calculation functionalities for late entries, early exits, and half-day absences, ensuring precise payroll computation.
Integrated attendance data directly into payroll calculations, streamlining HR processes and reducing manual errors by an estimated 15-20%.
Gained practical experience utilizing HTML, CSS, and JavaScript for responsive front-end development, and Java for robust back-end logic.
Java, SQL, Python, MATLAB.
SQL, DBMS.
Git, Jupyter Notebook, VS Code, FFmpeg.
Linux, Windows.
Data Structures, Algorithms, Object-Oriented Programming, IoT, GPS Tracking, Real-time Systems, Video Compression, Perceptual Quality Analysis.
Back-end Development, Core Java, Programming.
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Summary
Developed a full-stack web application to automate employee attendance tracking and payroll adjustments for SMEs. Implemented real-time check-in/check-out features, deviation calculations (late entry, early exit, half-day), and integrated the data into payroll computation. Used technologies such as HTML, CSS, JavaScript.
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Summary
Conducted an in-depth analysis of video compression efficiency and visual quality in HEVC-encoded content. Utilized tools like FFmpeg and MATLAB/Python to automate testing and visualize results, aiming to optimize encoding parameters while maintaining perceptual quality.
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Summary
Designed and developed an IoT-based system to prioritize ambulance movement by integrating GPS tracking and real-time traffic light control. The system detects approaching emergency vehicles and automatically adjusts traffic signals to provide a clear path, minimizing response time and enhancing emergency service efficiency.