
How a QR Code Attendance System
Works for Employee Tracking
Managing employee attendance manually is time consuming, error-prone and quite frustrating
for HR professionals. If you've got office-based, field, or hybrid employees, it's essential to have
a trustworthy answer to the question of who was there, and when. This is why a QR code
Attendance System can come in handy.
Many companies in all sectors are now turning to this technology to simplify their workforce
management. This guide will teach you how QR code attendance systems work, why they're a
great option for Employee Tracking, and how they're better than using paper attendance
systems.
What Is a QR Code Attendance System?
The QR code attendance system is a digital solution that automatically logs in and out
employees by scanning a QR code. The QR code is issued to each employee as a unique code
that is printed on an ID card or loaded into their mobile application. They can then scan it at a
designated reader or stand , which will automatically record their attendance.
This approach does away with the need for a paper register, manual spreadsheets, or
“buddy-punching” (when one employee clocks in or out for another worker). All scans are
time-stamped and associated with a particular identity making the data accurate and
tamper-proof.
How a QR Code Attendance System Works: Step by Step
It is important for managers and HR staff to have a clear understanding of the process to make
informed decisions. The following is an overview of the system from setting through reporting:
Step 1: Employee Enrollment and QR Code Generation
In the initial step, employees are added, and QR codes are generated. HR administrators set up
the system by registering each employee in the platform.
The software then creates a unique QR code attendance that is connected to that employee's
profile, which will include their name, department, times they are scheduled to work, and
employee ID. This code can be printed and presented on a badge, as a chip insert or as a
digital file on a mobile device.