Planning of Network Infrastructure

Planing and Design of Network Infrastructure

Course title
Planing and Design of Network Infrastructure
Course tag
10042
Semester
5
Course status
Mandatory
ECTS
6
Lectures
30
Practice
45
Independent work
105
Total
180
Teachers and associates
Vedran Dakić, Lecturer
Dario Car, Instructor
Zdravko Kunić, Instructor
Zlatan Morić, Lecturer
The course aims
Enable students to be able to independently develop, implement and manage networking infrastructure based on Microsoft operating systems.
Content
Design, planning and managing IP configurations, network services implementation, advanced filesystems implementation, planning and implementation of highly available file systems and applications, DAC (Dynamic Access Control) implementation, AD RMS (Active Directory Rights Management Services) implementation, AD FS (Active Directory Federation Services) implementation and administration, implementation and management of automated installation procedures, failover cluster implementation, implementation of Hyper-V failover cluster, design and implementation of Active Directory physical topology.
Literature:

1. P. Oppenheimer: Top-Down Network Design, Pearson Education, 2004

Supplementary literature

1. MCSE Self-Paced Training Kit (Exam 70-293): Planning and Maintaining a Microsoft Windows Server 2003 Network Infrastructure, Craig Zacker, 2003

2. MCSE Self-Paced Training Kit (Exam 70-294): Planning, Implementing, and Maintaining a Microsoft Windows Server 2003 Active Directory Infrastructure, Jill Spealman, Kurt Hudson, Melissa Craft, 2003


Minimum learning outcomes

  1. Understand IP addressing and advanced network services, use tools for managing configurations.
  2. Undestand advanced file servises and their high availability.
  3. Undesrstand the function of advanced data protection methids such as DAC and AD RMS.
  4. Understand how AD FS works and its features.
  5. Undestand advanced operating systems deployment features.
  6. Undersand failover cluster and how to apply it to Hyper-V.
  7. Understand needs for advanced AD physical topology.

Preferred learning outcomes

  1. Use advanced tools and their functionalities for advanced management od IP configurations and network servises.
  2. Implement high availability for advanced network servisces.
  3. Implement DAC and AD RMS.
  4. Implement and configure AD FS.
  5. Implement and configure advanced operating systems isntalations.
  6. Implement failover cluster and apply it to Hyper-V.
  7. Design optimal physical AD topology for given scenario.