Comprehensive solution for attendance, payroll & performance management
This HRM software was developed to automate and streamline core HR processes, especially focusing on attendance, payroll, and performance management. It seamlessly integrates with ZKTeco biometric attendance machines to handle real-time attendance data and provides a fully automated salary management system.
Integrated ZKTeco biometric machines to automatically capture and sync employee attendance. Designed real-time data fetching and error-handling mechanisms for uninterrupted operation.
Developed an automated salary calculation system that considers attendance, leaves, overtime, and late penalties. Ensured accurate generation of salary sheets without manual intervention.
Implemented a performance appraisal module that allows HR/admins to set appraisal criteria and automatically update employee salaries based on appraisal results.
Built dynamic leave policies, approval workflows, and holiday calendars to ensure smooth HR operations.
Created a dedicated portal where employees can view their attendance records, download salary slips, submit leave applications, and track appraisal history.
Developed detailed reports for attendance, salary, appraisal, and performance tracking to support HR decision-making.
Implemented multi-role access control (admin, HR, department head, employee) to protect sensitive HR data.
Successfully managed real-time data synchronization with ZKTeco machines to minimize data loss.
Ensured 100% salary accuracy by handling complex payroll scenarios (like mid-month joiners, unpaid leaves, bonuses, etc.).
Designed a flexible performance review system customizable for different departments and employee roles.
Drastically reduced manual HR work and errors.
Accelerated salary processing time by more than 70%.
Improved employee satisfaction with transparent performance appraisal and attendance tracking.
The HRM system transformed our human resource operations from paper-based to fully digital, saving countless hours and eliminating calculation errors.