Information Technology, Master of Engineering

The degree consists of Professional Studies (30 ECTS credits) and Masters thesis project (30 ECTS credits). Studies consist of lectures, laboratory work, workshops, assignments, and projects as well as independent studying.

The program is divided into two fields of specialization (learning paths): Networking and Services, and Medical Technology. The selection is asked in the application process. A field of specialization is started only if enough eligible students have passed the application process.

Networking and Services

Trends in ICT

• Presentations from external representatives in the field of ICT covering new services, business models and other innovations effecting the overall ecosystem
• Presentations from students on selected IT related topics
• Assignments given during the course

Research Methods and Skills

• Research approaches (action research, multiple and single case studies, construction research approach
• Research methods and techniques applicable in a Masters Thesis
• Data collection methods and approaches to data analysis (including reliability and validity issues)
• Structure, research design, and objective of a Masters Thesis

Cyber Security

• Contemporary cyber security threats
• Threat analysis and cyber defence
• Cyber security practices
• Assignments on cyber security
• Seminar presentations

Fundamentals of Data Science and Machine Learning

• Python programming language and its use in processing data
• Tools for the analysis and visualisation of data, basic statistical methods
• Building models for making predictions

Medical Technology

Medical Devices and Environments of Use

• Medical devices including physical devices, software and artificial intelligence
• Clinical environments, users, workflow and care guidelines
• Methods for defining clinical requirements
• Specifying clinical requirements for selected medical device

Regulations and Standards

• Medical device regulation in EU: requirements for medical devices and manufacturers
• Essential standards
• Methods for defining intended use and risk class, and risk management
• Defining intended use and risk class, and implementing risk management for selected medical device

Safety Related Usability

• Basic concepts of usability
• Medical device safety of use
• Usability engineering methods in medical device development
• Planning and conducting a usability test for selected medical device

Medical Device Life Cycle

• Medical device business environment
• Medical device from idea to post-market
• Tools and standards related to medical device life cycle management
• Carrying out a feasibility study for selected medical device

Research Methods and Skills

• Research approaches (action research, multiple and single case studies, construction research approach)
• Research methods and techniques applicable in a Masters Thesis
• Data collection methods and approaches to data analysis (including reliability and validity issues)
• Structure, research design, and objective of a Masters Thesis

Degree title: Master of Engineering

Credits: 60 ECTS

After graduating with a Master of Engineering Degree in Information Technology, you may work in advanced specialist tasks in international engineering surroundings of ICT and medical technology industries. In some sectors a Masters degree is often a prerequisite for management positions.

The program gives a broad view on latest developments in ICT and medical technology fields and gives competences to various advanced specialist tasks such as:

• Project Manager, Product Manager
• Senior Developer
• Solution Architect
• Head of IT
• IT-Specialist, System Specialist
• Quality Engineer
• Senior Test Engineer
• Team Lead, SW Development
• Lead Developer
• Master Data Specialist
• Solution Sales Manager
• Regulation Specialist

Joint Application 2022: Networking and Services (30) and Medical Technology (20)