Time Management (TAMS)
DPS Kuwait Time and Attendance Management System (TAMS) is a time and attendance monitoring system aimed at setting up a foolproof system based on the fingerprint identification technology. The system typically records employee details such as time of their arrival and departure apart from maintaining relevant information regarding the employees and their department, shifts, location, leaves status etc. The user-friendly device and software eliminates paperwork and time spent in tracking employees.
Time and Attendance Management System (eTAMS) , Version 3.0 is ready to run and fully supports Oracle Database 11g R2, Oracle Weblogic 11g R1,Oracle Linux 5.5. or 6/Oracle Solaris 11, Oracle Exadata Database Machine, Oracle Exalogic Elastic Cloud * Recommended
JBOSS, Tomcat, MS SQL, MS Windows
HR can manage employees’ attendance on daily and monthly basis and can view attendance log as per their requirements (such as by date, employee name, etc).
HR can view daily attendance through retrieving it ‘Department wise’, ‘Date wise’ or by entering ‘Employee ID’. Attendance can also be printed, where attendance appear in a sheet format.
HR can view monthly attendance record through specifying criteria. By default, attendance for the current month will be viewed, but user can also retrieve attendance summary of:
Particular dates through specifying “Dates” in the “By Date” section
Any month through specifying the month in “By month” section
Selecting any department
Selecting any employee name
It will show the attendance log of employee for the present day that is directly connected with fingerprint identification machine.
HR can manage employees’ leaves on daily and monthly basis. Employees leave forms record is maintained along with their availed and pending leaves statuses.
Employee’s Leave Inbox
Employees can submit their leave request to HR department. Leaves are delivered to HR Inbox and they can view leave requests ‘Department wise’ and ‘Date wise’.
Access Reader Administration Server (ARAS)
ARAS is able to manipulate the reader devices in real time using the following information: