The admission requirement is a completed and passed three-year bachelor’s degree in engineering within the areas Computer Science, Electronics, Renewable Energy, or Mechatronics, in line with the National Curriculum Regulations for Engineering Education in Norway. Applicants with background from renewable energy, must have passed courses in basic object-oriented programming and control engineering. Applicants with background in Mechatronics must have passed courses in basic object-oriented programming and embedded computer systems.
Furthermore, the following requirements are set, which in part go beyond the minimum requirements in the national curriculum regulations:
• At least 25 credits in relevant mathematics
• At least 5 credits in statistics
• At least 7.5 credits in physics
The weighted average grade of C or better is required.
Admission takes place in accordance with regulations on admission to studies and courses at the University of Agder https://lovdata.no/dokument/SF/forskrift/2021-11-24-3370?q=uia
The master’s programme is organized into two specializations:
- Artificial Intelligence - emphasizes various technical aspects of artificial intelligence, as well as its application in current domains.
- The Internet of Things - focuses on modern communication technology, security, development, and the use of services.
Additionally, you will learn about project implementation, research methods, teamwork, and group dynamics. As a student in the master’s program in AI and IoT, you actively participate in seminars and projects that address new and current topics. Strong connections with the industry enable many students to work on master's theses based on relevant issues from external clients.
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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 analyze 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 the 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 solutions to certain problems, orally and in writing, to their peers and to a general audience
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. This will be stated in the course description for the different courses.
Regarding master's thesis: For every student/group there will be 10 compulsory supervision meetings for the regular Master's Thesis, and 20 compulsory supervision meetings for the full-year Master's Thesis.
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 students can take the 3rd and/or 4th semester at a partner university abroad. 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.
Before starting the 30 ECTS Master's Thesis (IKT590-G), the student must successfully complete courses amounting to at least 75 ECTS credits. For the 60 ECTS Master’s Thesis (IKT591-G) the requirement is 60 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-G, 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.
A compulsory course in Health, Safety and Environment is recommended for students admitted to the programme.
A wireless network is available on campus and the master 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
120
Full time
Grimstad
Faculty of Engineering and Science