Academic year
2019-20
Is found in:
- International Curriculum, programme stage 2
In other study programme:
-
Bachelor of Applied Information Technology as Computer Networks III
-
Bachelor of Applied Information Technology as Computer Networks III
-
Bachelor of Applied Information Technology as Computer Networks III
-
Bachelor of Applied Information Technology as Computer Networks III
This is a single course unit.
Study load:
3 credits
Weight:
3,00
Total study time: 75,00 hours
Possible deadlines for learning account: 15.03.2020 ()
Organisation of education
This course unit is marked out of 20 (rounded to an integer).
Re-sit exam: is possible.
It is not possible to enrol in this course unit under
- exam contract (to obtain a credit).
- exam contract (to obtain a degree).
Special admission is required to enrol in this course unit under credit contract.
Co-ordinator: Van Maele Andy
Language course: No
Languages: English
Scheduled for: Semester 2
Objectives
Is able to solve complex problems with STP, and VTP, both in IPv4 and IPv6
Is able to explain the principles of Network Address Translation (NAT)
Is able to implement Network Address Translation in an IPv4 Network
Is able to explain spanning tree concepts
Is able to explain how Wireless LANs (WLANs) Work
Is able to apply tools for network administrators
Is able to implement a network design
Contents
LAN redundancy en Link Aggregation
NAT for IPv4
Wireless LANs
Device Discovery, Management, and Maintenance
Introduction to Scaling Networks
Order of enrolment
There are no prerequisites for this course.
Prerequisites
Only in combination with ‘Computer Networks II’.
Final objectives
The student is able to autonomously and efficiently install, configure, secure, maintain and adapt complex IT-solutions in order to meet the changing needs |
Final objectives
Partial competence 1: To be able to analyze the computer network of a large enterprise, to understand the functionality of it and to suggest improvements.(TI08)
Indicators:
1.1. Troubleshooting OSPF, EIGRP, STP, VTP for IPv4 and IPv6
1.2. Implementing Dynamic Host Configuration Protocol (DHCP) and Domain Name System (DNS) for IPv4 and IPv6 networks
1.3. Knowing Spanning tree concepts
1.4. Analyzing and configuring WLAN’s
1.5. Analyzing and implementing advanced routing protocols
Teaching methods
Learning dialogue
Practice session
Organisation of education
• A: 12 (lectures)
• B: 24 (labs, practice sessions)
• C: 0 (supervised independent learning)
• D: 64 (independent learning)
Study guidance
During the labs, students practice the learning outcomes at their own pace.
The students are given the opportunity to consult the teacher for a specific substantive problem (consultation).
Teachers guide and coach students during the labs.
Evaluation
Evaluation(s) for first exam chance
Moment | Form | % | Remark |
Periodic | Skills test | 50,00 | PC (See details in evaluation card on Chamilo) |
Periodic | Written examination | 50,00 | Closed-book exam |
Evaluation(s) for re-sit exam
Moment | Form | % | Remark |
Periodic | Skills test | 50,00 | PC (See details in evaluation card on Chamilo) |
Periodic | Written examination | 50,00 | Closed-book exam |
Evaluation
- First exam session:
- non-period bound evaluation: 30%
- period bound evaluation: 70% written examination, closed book
- Second exam session:
- 100% written examination, closed book
Other study materials
Software: Free Download from Cisco NetAcad (Packet Tracer); 0
Study material is available through Chamilo; If desired, the students print the documents themselves
Study costs
Study material available via Chamilo; If desired, the students print the documents themselves
Software: Free Download from Cisco NetAcad (Packet Tracer); 0
Other: Contribution for Cisco NETACAD course; 10 EUR
Key words
router, switch, ACL, VLAN, LAN, WAN
IWETO-code: P175 Informatica