IDE and DMM

Assignment: Group Report

Students are required to prepare a group technical report on any topic of their choice related to their field of study.

📍 Instructions

1. Group work (3–4 students per group).

2. The report must be prepared using Microsoft Word (.doc or .docx).

3. Deadline: Next Sunday For (DMM) & next Tuesday for (IDE).

4. The work must be original and properly referenced.

5. Length: 5–8 pages (excluding references).

6. printout is required (Hardcopy).

📑 Report Structure

1. Cover Page

2. Abstract

3. Table of Contents

4. Introduction

5. Main Content 

6. Page Number ,Border ....

7. Conclusion

8. References (minimum 5 sources)

Assignment – Part Two: Seminar Presentation

Students are required to deliver a group seminar presentation based on the same title used in the report.

📍 Instructions

1. Group presentation (same group as the report).

2. Each student must prepare and present slides.

3. Presentation must be prepared using PowerPoint (PPT).

4. Same title as the written report.

5. Presentation date: Next Sunday For (DMM) & next Tuesday for (IDE).

6. No printout is required.

📑 Formal Presentation Structure

1. Title Slide

2. Introduction

3. Main Content

4. Conclusion

5. References

IT Department , Information Security ,4th Semester ,Seminar Titles :

1. User Account Control (UAC):

2. Windows Defender Antivirus:

3. Windows Firewall

4. BitLocker:

5. Windows Update:

6. Windows Security Center:

7. Device Guard and Credential Guard:

8. AppLocker

9. Windows Hello

10. SmartScreen Filter

11. Network Isolation (Windows Sandbox):

12. Windows Information Protection (WIP)

13. Windows Defender Application Guard

14. Security Baselines:

15. Windows Event Log

16. Group Policy

IT Department ,Mini Project Title ,third Semester  (2024-2025)

1.    Implementation of RIP and EIGRP Protocols for Dynamic Routing

2.  Network Simulation of a Smart Home IoT System

3.  Building a Multi-VLAN Network with Inter-VLAN Routing

4.  Configuration of OSPF Protocol for an Enterprise Network

5.    Implementing Network Address Translation (NAT) for Internet Access

6.    Configuration IPsec over GRE 

7.    Wireless Network Simulation and Security Configuration

8.  Design of an IP Telephony Network Using Cisco VoIP

9.  Firewall Configuration for Secure Network Traffic Control

10.   Building a Network with QoS (Quality of Service) for VoIP Applications

11.   Designing a Redundant Network using HSRP (Hot Standby Router Protocol) Designing a Redundant Network using HSRP (Hot Standby Router Protocol)