Study plan

Autumn 2019

Master ICT - Study Profile

Information Technologies - compulsory courses

  • ORG001 Health, Safety and Environment Course page missing 0 stp
  • ORG453 Communication, Cooperation and Research Methods Course page missing 7.5 stp
  • IKT440 ICT Seminar 1 Course page missing 7.5 stp

Elective courses 1. semester

  • IKT437 Knowledge Engineering and Representation Course page missing 7.5 stp
  • MM-403 Interaction Design Course page missing 7.5 stp
  • IKT442 ICT Seminar 3 Course page missing 7.5 stp
  • IKT444 Mobile Communication Networks Course page missing 7.5 stp
  • IKT445 Generative programming Course page missing 7.5 stp
  • IKT446 ICT Seminar 4 Course page missing 7.5 stp
  • MAS416 Modelling and Simulation of Mechatronic Systems Course page missing 7.5 stp
  • IND416 Project management and planning Course page missing 7.5 stp
  • HEL424 Public Health Work: a Structural Approach Course page missing 15 stp
  • MA-430 Probability Theory and Stochastic Processes Course page missing 7.5 stp

Communication Technologies - compulsory courses

  • ORG001 Health, Safety and Environment Course page missing 0 stp
  • ORG453 Communication, Cooperation and Research Methods Course page missing 7.5 stp
  • IKT440 ICT Seminar 1 Course page missing 7.5 stp

Communication Technology - elective courses 1. semester

  • MA-430 Probability Theory and Stochastic Processes Course page missing 7.5 stp
  • IKT442 ICT Seminar 3 Course page missing 7.5 stp
  • IKT436 Advanced Internet Services and Protocols Course page missing 7.5 stp
  • IKT444 Mobile Communication Networks Course page missing 7.5 stp
  • IKT446 ICT Seminar 4 Course page missing 7.5 stp
  • MAS416 Modelling and Simulation of Mechatronic Systems Course page missing 7.5 stp
  • IND416 Project management and planning Course page missing 7.5 stp
  • IKT435 Wireless Embedded Systems and Sensor Networks Course page missing 7.5 stp

Choose specialisation to view courses

Spring 2020

Information Technologies - compulsory courses

  • IKT433 Distributed and Big Data Systems Course page missing 7.5 stp
  • IKT441 ICT Seminar 2 Course page missing 7.5 stp

Information Technology - elective courses 2. semester

  • IKT443 WiFi and Internet of Things Course page missing 7.5 stp
  • IND419 Design and Engineering Management Course page missing 7.5 stp
  • FIL400 Applied Philosophy: Human Being and Technology Course page missing 15 stp
  • IKT519 Blockchain and distributed ledger technology Course page missing 7.5 stp
  • IKT449 Selected Security Topics Course page missing 7.5 stp
  • IKT520 Security in IoT and Machine-Type Communication Course page missing 7.5 stp

Communication Technologies - compulsory courses

  • IKT443 WiFi and Internet of Things Course page missing 7.5 stp
  • IKT441 ICT Seminar 2 Course page missing 7.5 stp

Communication Technology - elective courses 2. semester

  • IKT433 Distributed and Big Data Systems Course page missing 7.5 stp
  • IND419 Design and Engineering Management Course page missing 7.5 stp
  • FIL400 Applied Philosophy: Human Being and Technology Course page missing 15 stp
  • IKT519 Blockchain and distributed ledger technology Course page missing 7.5 stp
  • IKT449 Selected Security Topics Course page missing 7.5 stp
  • IKT520 Security in IoT and Machine-Type Communication Course page missing 7.5 stp

Choose specialisation to view courses

Spring 2021

Information Technologies - compulsory courses

Communication Technologies - compulsory courses

Choose specialisation to view courses

In the second semester the students have to choose at least one of the courses: IKT449-G, IKT519-G, or IKT520-G

What do you learn?

Learning outcome

The learning outcomes are divided into three separate categories: Knowledge, skills, and general competence.

Knowledge

On successful completion of the study programme, the students should:

- have obtained advanced knowledge of ICT and specialized knowledge within their selected specialization profile
- have a thorough knowledge of the main scientific methods used in ICT research
- be able to analyze ICT problems, both from a research and an industrial perspective

Skills

On successful completion of the study programme, the students should:

- Be able to apply their knowledge in new areas within ICT.

- Be able to analyze ICT problems, both from a research perspective and from an industrial perspective within their specialization profiles.

- Be able to analyze existing theories and methods, and solve applied and theoretical problems independently.

- Be able to apply relevant research and development methods in an independent manner.

- Be able to critically analyse various information sources, and apply these for structuring and formulating arguments.

- Be able to conduct an independent research and development project under supervision, in agreement with the prevailing academic and ethical standards for research.

- Be able to contribute to innovation and the creation of new ideas in academic and industrial ICT projects.

General competence

On successful completion of the study programme, the students should:

- be able to apply their knowledge in new areas in order to pursue advanced tasks and projects
- be able to communicate comprehensive independent work by mastering the relevant forms of expression used in ICT research and development

- be able to disseminate their knowledge of applied and theoretical problems and solutions, orally and in writing, to their peers and to a general audience

Structure and content

Admission requirements

Admission requirement for the two-year master's programme is a bachelor's degree in engineering within computer science, computer engineering, telecommunications or a similar field. The degree must include courses amounting to at least 30 ECTS credits in mathematics and statistics.

As all courses are taught in English, a good command of English is required.

General description and profile

The Master's ICT programme consists of courses of 7.5 ECTS, and Master's Thesis of 30 or 60 ECTS. Each student needs to select a combination of courses amounting to 120 ECTS credits over 4 semesters including the Master's Thesis.

The programme is organized into two standard profiles. The students must fulfill the requirements for at least one of these profiles:

- Information Technologies
- Communication Technologies

The first semester provides a basis for later specialization. During the second and third semesters students specialize further within a selected area. In the fourth semester the students work on their master's thesis.

Each student's education plan, which consists of selected course combinations, must be approved by the study programme coordinator. There exist pre-approved combinations with special focus on:

- Data Science and Machine Learning
- Mobile Radio Communications
- Wireless Networks, and
- Embedded Systems

Teaching methods

A range of different teaching and working methods will be used, including lectures, Internet discussion groups, seminars, group work and exercises, individual computer exercises, laboratory exercises, case studies and participation in ongoing research projects. In many courses, students are expected to submit well-structured project reports, usually written in a standardized document template. Every semester the students must prepare and update individual education plans. Students are expected to take full responsibility for their own learning and personal progress in keeping with their individual education plans. It is assumed that the students will attain parts of the curriculum objectives through self-study, especially in the seminar courses. Students are also required to have a laptop computer with a wireless network interface. There is usually no compulsory attendance at ordinary lectures, but students may be subject to attendance requirements for some courses, or parts of a course.

Regarding master's thesis: For every student/group there will be 10 compulsory guidance meetings for the regular Master's Thesis, and 20 compulsory guidance meetings for the full year Master's Thesis.

Assessment methods

Several different forms of assessment are used. In some courses, compulsory written assignments or other coursework requirements must be successfully completed before the student is admitted to the final examination(s). Other courses use a system of continuous assessment, where the final grade is completely or partially based on tests or exercises throughout the semester. The form of assessment is given in the course description for each course. The examinations are given in English, but may be answered in English, Norwegian or another Scandinavian language.

Internationalization

Information and communication technology is an area where companies and professionals both cooperate and compete internationally as well as nationally. The literature in the programme is in English, and English is the language of teaching. Written assignments and project reports may be submitted in English, Norwegian or another Scandinavian language. In several courses, Norwegian and international students work together in groups. This will prepare the students for an international working life and teach them to communicate about their field of expertise in an international environment.

The programme provides the students an opportunity to take parts of the programme at partner universities abroad. Full-time Master´s students can take the 3rd and/or 4th semester at a partner university abroad. Credits awarded at the foreign university may be transferred into the student´s programme at UiA. In order to become an exchange student, the courses/thesis work that the student is planning to undertake at the foreign institution must be given a preliminary approval by the study programme manager at UiA, and a written Student Contract must be signed with the International Education Office. The faculty of Engineering and Science has a large number of partner universities with which the student exchange can be arranged in an efficient manner. The master´s programme is open to incoming exchange students from foreign universities, who may follow one or two semesters of the programme.

Requirements for continuing in programme

Students who have been given conditional admission to the programme must meet all the admission requirements before they can pass into the 2nd year of the programme. Before enrolling for IKT590-G Master's Thesis, the student must successfully complete courses amounting to at least 75 ECTS credits. All courses that lead directly to the thesis work must be successfully completed.

A prerequisite for students to take the full year Master's Thesis, i.e. IKT591, is a minimum grade point average of B in the 1st and 2nd semester. In addition, this choice must be approved by the study programme manager.

Occupational profiles / further studies

After successfully completing the Master's degree, candidates will be able to move directly into the professional field as an ICT engineer in a range of capacities. Graduates frequently obtain leading positions in industry and business. The programme has a direct relevance to the computing and communication industry, but job opportunities are not limited to such activities. The graduates from this programme may also be qualified for a career in research, and for doctoral studies in ICT, which is offered by most universities throughout the world. The Faculty of Engineering and Science offers its own PhD programme in ICT.

Qualification awarded

The study programme leads to the degree Master i teknologi (sivilingeniør) - Informasjons- og kommunikasjonsteknologi/Master of Science in Information and Communication Technology (sivilingeniør).

Evaluation

Study programme evaluation is conducted annually in the programme committee in accordance with the Quality System, section 4.2. Before the meeting of the study programme committee, the student representative may obtain suggestions and ideas from fellow students.

Fee

If a student gets the opportunity to work with a company in their location, or if a student chooses to work together with a company in a course, the student will have to cover the travel expenses.

Contact person

Study Programme Manager Lei Jiao

Other information

A compulsory course in Health, Safety and Environment is required for students admitted to the programme.

A wireless network is available on campus and the master´s students use their own laptop computers in most courses.

It is a requirement that all students at UiA have their own portable computer (laptop) for use in teaching and examinations, see Examination Regulations, University of Agder, §12d

Last updated from FS (Common Student System) July 17, 2024 3:16:02 AM