Bachelor of Science in Network and System Administration - BDR
Short description
Bachelor of Science in Network and System Administration is an education which combines traditional higher education with practical skills. The students will gain an understanding of:
- Quality of service/helpdesk
- Planning for capacity
- Troubleshooting
- Importance of documentation
- User-friendliness
- Follow up the IT-strategy/policy of an organization
There is a heavy emphasis on solving practical tasks such as:
- Programming and scripting
- Case-study of existing solutions
- Planning and designs of different kinds of infrastructure
- Installing and configuration of different services in virtual environments
All practical skills are rooted in ITIL framework for IT Service Management. ITIL is the leading standard for best practice in IT-support which everybody working in this field has to relate to both in present and future.
Language: The lectures are mainly held in Norwegian.
Duration
3 years180 ECTS creditsUndergraduate programme leading to a Bachelor's degree.The study programme is offered by the Faculty of Computer Science andMedia Technology.
Expected learning outcomes
Graduates from this programme will have a defined learning outcome in computer science with a specialisation in network and system administration. A solid competence in computer science means that units like programming, algorithms, data structures, databases, operating systems, software engineering, and information security are included in the study programme. In addition, candidates have general competence that enables them to assume roles as trusted employees and good colleagues.
At the end of the study programme, the students are expected to have acquired the following learning outcome:
Knowledge
- The candidate has broad knowledge of central topics, theories, problems, processes, tools, and methods in computer science.
- The candidate has knowledge of programming, databases, operating systems and networks with a focus on the technical infrastructure created with the combination of these technologies.
- The candidate is well aware of the concepts of scalability, reliability and security.The candidate has knowledge of research and development in network and system administration.
- The candidate is able to update and extend the candidate's own knowledge and skills in network and system administration.
- The candidate can explain professional work methods for development of IT systems.
Skills
- The candidate can plan and implement computer networks including physical servers, basic internet services and standard applications.
- The candidate can execute and automate tasks and establish good routines for administrative tasks within the context of IT service management.
- The candidate can do change management in infrastructures, and integrate new computer systems into existing infrastructures.
- The candidate can solve complex problems by means of abstraction, modelling, layering and hierarchies.
- The candidate can work individually and within teams, in projects and groups.
- The candidate commands relevant professional tools, techniques, and modes of expression.
- The candidate can use tools which support development of IT systems.
General competence
- The candidate has insight into relevant professional, legal, and ethical problems.
- The candidate is aware of the role of IT in relation to humans, businesses and society.
- The candidate can present relevant topics like theories, problems and solutions in written, oral and other applicable forms of expression.
- The candidate can exchange arguments and share experience with others that have a background in the same field and by this can contribute to development of good practice.
- The candidate is aware of innovation and innovation processes.
Target Group
Students looking for a combined theoretical and practical studyprogramme in computer science focused on administration of computers andnetworks.
Admission Criteria
General matriculation requirement + Mathematics R1 (2MX).
Course Structure
The programme combines topics from classical computer science educationwith practical work administrating computers and networks, and alsomanagement oriented topics to provide a solid understanding of ITservice management in general and how an IT infrastructure has to worktowards fulfilling the overall goals of its host organization and customers.
Table of subjects
1st year Bachelor of Science in Network and System Administration 2012/2013
Coursecode | Course name | C/E *) | ECTS each. semester | |||||
---|---|---|---|---|---|---|---|---|
S1(A) | S2(S) | S3(A) | S4(S) | S5(A) | S6(S) | |||
IMT1031 | Fundamental Programming | C | 10 | |||||
REA1101 | Mathematics for computer science | C | 10 | |||||
IMT1121 | Introduction to Information Security | C | 10 | |||||
IMT1082 | Object-Oriented Programming | C | 10 | |||||
IMT2431 | Data Communication and Network Security | C | 10 | |||||
IMT1381 | IT Service Management | C | 5 | |||||
REA1081 | Statistics | C | 5 | |||||
Sum: | 30 | 30 | 0 | 0 | 0 | 0 |
2nd year Bachelor of Science in Network and System Administration 2013/2014
Coursecode | Course name | C/E *) | ECTS each. semester | |||||
---|---|---|---|---|---|---|---|---|
S1(A) | S2(S) | S3(A) | S4(S) | S5(A) | S6(S) | |||
IMT2021 | Algorithmic Methods | C | 10 | |||||
IMT2571 | Data Modelling and Database Systems | C | 10 | |||||
IMT2521 | Network Administration | C | 10 | |||||
IMT2282 | Operating Systems | C | 10 | |||||
IMT2243 | Software Engineering | C | 10 | |||||
IMT3441 | Database and application administration | C | 10 | |||||
Sum: | 0 | 0 | 30 | 30 | 0 | 0 |
3rd year Bachelor of Science in Network and System Administration 2014/2015
Coursecode | Course name | C/E *) | ECTS each. semester | |||||
---|---|---|---|---|---|---|---|---|
S1(A) | S2(S) | S3(A) | S4(S) | S5(A) | S6(S) | |||
IMT3005 | Infrastructure as Code | C | 10 | |||||
IMT2631 | Wireless Network Administration | C | 5 | |||||
IMT2641 | Applied Network Security | C | 5 | |||||
Elective course, 10 ECTS | E | 10 | ||||||
IMT3691 | Routing and switching. | C | 10 | |||||
IMT3912 | Bachelor's thesis AIMT | C | 20 | |||||
Sum: | 0 | 0 | 0 | 0 | 30 | 30 |
Electives
Coursecode | Course name | C/E *) | ECTS each. semester | |
---|---|---|---|---|
S1(A) | S2(S) | |||
IMT3491 | Ethical Hacking and Penetration Testing | E | 5 | |
IMT3551 | Digital Forensics | E | 5 | |
IMT2072 | Ergonomics in digital media | E | 10 | |
IMT3102 | Object-Oriented Software Development | E | 10 | |
IMT3281 | Application Development | E | 10 | |
SMF1042 | Basic Economics | E | 10 | |
IMT3501 | Software Security | E | 10 | |
IMT3861 | Stormaskiner | E | 10 | |
Sum: | 0 | 0 |