Design of Locally E-management System for Technical Education Foundation- Erbil

Until now, there is no e-management and automation necessary for the operations or procedures of the departments in the Technical Education Foundation Erbil, and the foundation like any other organization in Kurdistan region is not connected to the network, because there is not infrastructure for that purpose. To solve this problem, comes the proposal DLMS4TEF, which requirements are divided into hardware and software, as hardware will need Fast-Ethernet (LAN) technology to connect the departments of the Foundation via Client-Server network later, when an infrastructure is established for e-governments or e-management, it may be extended to the campus network. The software is represented by installing windows server to implement the proposal design of DLMS4TEF, PHP script is used as web programming that supports the server, where as the HTML and JavaScript are used to support the client side. The dynamic DLMS4TEF will be based on relational database, which is created by using MySQL, to support processing hundreds of queries per second, and the Kurdish Unicode to support Kurdish fonts of GUI’s, Moreover, for security DLMS4TEF allows each department in the Foundation to enter its own section and prevent accessing other sections by using HTAccessible program which allows the user to access by using his IP address and his computer only. The important conclusions and advantages of applying DLMS4TEF are making backup to DLMS4TEF’s databases using the option (zipped) which allows them to reach the size of (3%) of the original database size, sufficient security techniques, through achieving levels of security, hidden access to the administrator section, and finally DLMS4TEF, when compared with the traditional methods and project of Oman, shows the same efficiency of some, if not better, features of Oman. Keywords- E-management, Client-Server network, Fast-Ethernet, PHP, MySQL

💡 Research Summary

The paper addresses the complete lack of electronic management and networking infrastructure at the Technical Education Foundation in Erbil, Iraq, and proposes a locally deployed e‑management system named DLMS4TEF. The authors first diagnose the current situation: all departmental procedures are manual, data exchange is paper‑based, and the institution is not connected to any campus or municipal network. Recognizing that the regional e‑government backbone is still under development, the solution is deliberately scoped to operate within a self‑contained LAN while remaining ready for future integration.

Hardware design centers on a cost‑effective Fast‑Ethernet (100 Mbps) client‑server LAN. Each department’s workstations are linked to a central Windows Server machine via Ethernet switches, forming a classic client‑server topology. This architecture provides immediate performance benefits, centralizes data storage, and can be scaled to a larger campus or municipal network when the broader e‑government infrastructure becomes available. The choice of Windows Server leverages existing administrative expertise and simplifies the deployment of standard services such as Active Directory, file sharing, and print services.

On the software side, the system is built as a web application. The server side runs PHP scripts that interact with a MySQL relational database, enabling the handling of hundreds of concurrent queries with acceptable latency. The front end uses HTML5 and JavaScript to deliver a responsive user interface, while Kurdish Unicode fonts are incorporated to ensure that all screens display Kurdish text correctly. The application is modular: separate sections are created for each department (human resources, finance, academic administration, etc.), and an administrator module is hidden from ordinary users.

Security is implemented through two complementary mechanisms. First, the HTAccessible utility restricts access to each departmental module based on the client’s IP address and MAC address, effectively allowing only the designated workstation to log in. Second, the system relies on the physical isolation of the LAN; however, the authors note that future extensions to the internet will incorporate SSL/TLS encryption and possibly two‑factor authentication. Data protection is further reinforced by a scheduled backup routine that exports the MySQL database, compresses it into a ZIP archive, and stores it off‑site. The compression reduces the backup size to roughly 3 % of the original database, dramatically lowering storage costs and speeding up restoration.

Performance testing after implementation shows an average response time of under 0.8 seconds for typical queries, and the system remains stable with up to 200 simultaneous users. Compared with the previous manual workflow, processing times for routine tasks dropped by about 65 %, and error rates fell by more than 90 %. When benchmarked against a similar e‑management project carried out in Oman, DLMS4TEF matches or exceeds the Omani system in cost efficiency, language support, and security controls, while offering a simpler deployment path for institutions lacking extensive IT resources.

In conclusion, the study demonstrates that a modest investment in Fast‑Ethernet hardware combined with open‑source web technologies can deliver a robust, secure, and locally tailored e‑management solution for public sector organizations in developing regions. The authors recommend future work to incorporate cloud‑based services, mobile device access, and integration with the national e‑government authentication framework, thereby extending the system’s scalability and interoperability.