Study Guide

Objective

You can optimize computer network functionality with advanced protocols and configurations.
You can troubleshoot networks with more complex scenarios.
You understand the concepts of software defined networking.
You can use network programming methods to improve and automate network functionality.

Content

How to configure advanced functionality with networking protocols, such as OSPF, EIGRP, STP, eBGP, SPAN and Netflow?
How to troubleshoot more complex networking scenarios?
What does SDN mean and how is it used to control networks?
How to automate network functionality with Python?

Materials

Advanced networking topics. Material will be announced in the course kick-off.

Teaching methods

Scheduled track:
The course consists of lectures (not compulsory but highly recommended), home assignments (help to understand the theory), labs (practical tasks to learn configuring the devices) and exams.
Blended track:
The required exams can be done at certain times, agreed with the teacher. Other material can be studied from a network learning environment.

Employer connections

-

Exam schedules

As informed in the IT course kick-off.

Student workload

Total work amount is 135 hours, from which 55 hours is lectures/work under teacher supervision and 80 hours is self-study and home assignments.

Evaluation scale

1-5

Assessment methods and criteria

Evaluation is based on practical tasks, labs and exams.

Qualifications

Scaling networks