Mobile Computing and Internet of Things

Learn more about mobile computing and the Internet of Things (IoT)

Level	Master
Location	Session-based
Points	7.5
Price	kr 22 950
Admission requirements
Form type	Full-time/Part-time
Subject code	3242
Subject description	No description

You will gain a thorough understanding of mobile computing and be introduced to the Internet of Things (IoT). You will also acquire knowledge of theories and models for 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. You will develop skills in application design, architecture, and implementation. Expect to be able to analyze, discuss, and critically reflect upon theories and research issues in mobile computing and the Internet of Things.

Learning outcome

Throughout this course, students will develop a comprehensive understanding of the intricacies within mobile computing and the transformative realm of the Internet of Things (IoT). The curriculum delves into key paradigms and concepts in mobile computing, encompassing context awareness, computing within resource-constrained environments, sensor-based interaction, and smart device management. Additionally, students will gain an advanced comprehension of theories and models that underpin both mobile computing and the IoT domain, along with a thorough grasp of the principal challenges inherent in these fields.

Practical skills acquisition is a cornerstone of this course, enabling students to proficiently design, plan, and articulate mobile computing architectures. Moreover, students will master the ability to dissect IoT products—ranging from RFID to sensors, mobile devices, and smart homes—through a systems perspective, effectively addressing technical challenges. By engaging in proof-of-concept development, testing, and demonstrations, students will be equipped to navigate the complexities of real-world IoT systems. Furthermore, the curriculum empowers students to assess the potential business value of mobile computing solutions, ensuring a holistic grasp of the subject matter.

As part of their general competence development, students will not only engage with the theoretical aspects of the course but also develop a capacity for critical evaluation and ethical reflection. They will be adept at discussing diverse research issues within mobile computing, including mobile architecture, cloud computing, user interface, and user experience. Additionally, students will be proficient in delving into ethical considerations within mobile computing and IoT domains. The course equips students to engage in insightful discussions concerning research issues and practical applications within the realm of the Internet of Things, fostering their ability to contribute effectively to both academia and industry.

Subject details

To be qualified for enrolment in the experience-based Master in Cyber Security program, applicants must meet the following requirements:

• The candidate must have a Bachelor relevant degree in the fields of Software Engineering, Information Security, Computer Science, Information Technology, Information Systems, Human Computer Interaction, or related disciplines with an average grade of minimum examination grade of C, which is equal to minimum 2.7 ECTS.

• At least 2 years of relevant professional practical experience related to any of the fields of Cyber Security is required.

• The candidates must demonstrate programming knowledge (at least 7.5 ECTS of relevant courses with a minimum grade C) or relevant experience in, e.g., Python, Java, C/C++

• The candidates must demonstrate fundamental knowledge about cyber security principles (at least 7.5 ECTS of relevant courses) or relevant experience, including understanding of Confidentiality, Integrity, and Availability as well as relevant frameworks such as NIST cyber security framework.
Exam information: click here

Exam duration: 4 weeks

Exam withdrawal deadline: 14 days prior to exam submission

Exam format: Individual home exam
You must purchase the course textbooks yourself, and you are free to buy the books from wherever you choose.
This course is specially designed for those who wish to combine studies with work. The lectures are conducted through physical sessions and digital support in the Canvas learning platform.

The educational approach is based on project- and problem-based learning, utilizing real-life cases linked to theory. These cases can often come from your own workplace, which means that the program will provide an opportunity to explore practices within your own organization. Such an approach also applies to the selection of topics for a potential future master's thesis.
Course dates will be announced in due time prior to the beginning of the semester.

Attendance at the gatherings is not mandatory.
You can pay by invoice, card, installments, or make an arrangement with another payer, read more about financing here.

You can also apply for support from Lånekassen.

This subject is included in

Experience-based Master in Cyber Security