Emnebeskrivelse MA211
Mobile Computing and Internet of Things
2024 Høst
Emnekode
MA211Versjon
1Engelsk emnenavn
Mobile Computing and Internet of Thingsstudiepoeng
7.5Studienivå
MasternivåSemester
3rd semester
Antall semester
1Emneansvarlig
Kjetil RaaenSpråkvalg
NorskVedtak
Emnebeskrivelsen er godkjent av Utdanningsutvalget 30.11.2020 i UU/EIT-sak 212/20.
Innledning
Students will gain in-depth knowledge of mobile computing and introduce the Internet of Things (IoT). Students will further acquire knowledge of theories/models of mobile and pervasive computing applications, technologies and common research paradigms in mobile and pervasive computing such as context awareness, computing in an environment with limited resources, sensor-based interaction, and smart-device management. They will acquire skills in application design, architecture and implementation. Students will be expected to be able to analyse, discuss and critically reflect upon theories and research issues in mobile computing and internet of things.
Læringsutbytte
Knowledge
The student...
- has thorough knowledge of key paradigms and concepts in mobile computing such as context awareness, computing in an environment with limited resources, sensor-based interaction, and smart device management
- has thorough knowledge of the Internet of Things from a systems perspective
- has advanced knowledge of theories/models in mobile computing and internet of things
- has advanced knowledge of the main challenges in mobile computing and internet of things
Skills
The student...
- can plan, describe and sketch a mobile computing architecture
- can analyse different products within IoT (e.g., RFID, sensors, mobile devices, smart house, etc.) from a technical systems perspective and address technical challenges related to specific functions
- can do proof-of-concept development, testing, and demonstration of an IoT system
- can assess business value potential of a mobile computing solution
General competence
The student...
- can describe and discuss research issues in mobile computing such as mobile architecture, mobile cloud computing, user interface and user experience related issues
- can critically evaluate ethical issues related to mobile computing and internet of things
- can describe and discuss research issues in and industry applications of Internet of Things (IoT)
Emnet inngår i
Elective for the following programs:
Master in Cyber Security
Master in Human-Computer Interaction
Master of Science in Information Systems: Business Analytics
Master of Science in Information Systems: Digital Business Systems
Master of Science in Information Systems: Digital Marketing
Master of Science in Information Systems: Management and Innovation
Master in Innovation Management
Master in Leadership
Master in Strategic Communication
Master in Strategic Human Resources
Master of Science in Marketing Management
Læringsaktiviteter
Block teaching for four weeks. There will be class teaching three days a week for the two first weeks. The course is structured as a combination of class teaching, group collaboration and presentation in class.
Anbefalt tidsbruk
Lectures and student guidance - 36 hours
Self-study - 64 hours
Preparation for presentation/discussion in class - 25 hours
Exercise - 25 hours
Assessment - 50 hours
Recommended use of time in total - 200 hours
Arbeidsverktøy
Technologies to discussed and presented may offer RFID tags, Bluetooth devices, proximity/touch/temperature/light sensors, smart house kits, or electronic prototyping kits.
Obligatorisk aktivitet
No compulsory activity in this course.
Eksamen
Exam: Individual written home examination
Duration: 3 weeks
Grading scale: The Norwegian grading system uses the graded scale A - F, where A is the best grade, E is the lowest pass grade and F is fail
Weighting: 100 % of the overall grade
Support materials: All support materials are allowed
Kontinuasjon
Re-sit exam: revise and resubmit an improved version of the individual written home examination
Læremidler
Updated information on textbooks and other teaching materials is published per programme on our online learning platform before the semester starts. Information is also available per application on our website.
In addition to literature and other teaching material, scheduled teaching and other scheduled learning activities are always part of the syllabus.
Merknader
In order to succeed in the course, the student should have intermediate programming skills, basic knowledge of distributed systems and/or computer networking.