Start date: August 20, 2018
This master’s programme gives students the knowledge and experience to lead software product teams and to act as senior developer, software architect, project manager, requirements engineer, test manager or system engineer.
Software is everywhere – visible as a product or service in its own right, or hidden as a component of a wider product. Thinking of the code base in product terms from the outset can ensure that the delivered software is successful both in its initial release and as a platform for product evolution over the longer term.
In everyday speech, we are use concepts like apps, software, IT systems, platforms, etc. This diverse software landscape is further enriched by the increasing use of rapid and dynamic (agile) methods and approaches. Software product development involves people working together in teams to which individuals contribute their expertise in various areas, providing a structured yet creative way of moving development forward. A key challenge facing software engineers – and their customers and bosses – is the constantly changing technological context of the programming work. Pragmatic software practitioners must balance the benefits of the latest technical innovations with the risks of abandoning established practices.
Software development is in many respects an applied (practical) science. With an emphasis on "evidence-based software engineering", this Master's degree ensures that you are familiar with the latest research and practice in the software field. It equips you to review research reports critically, and it prepares you – should you wish – for a further career in software research.
Modelling is a key strand of thinking and practice in product development within the School of Engineering. In this Master's you will learn how modelling can underpin software development.
This Master's degree will help you achieve professional competence in your chosen career. Collaboration with businesses and institutions ensures that the course content reflects "real-world" product development needs. With a focus on evolving industry practice, lectures from external software engineers provide a counterpoint to the academic view of software development. In following the Curriculum Guidelines for Graduate Degree Programs in Software Engineering and by mapping to the Software Engineering Body of Knowledge, the degree builds upon the work of professional bodies.
More information, see GSwE2009 and SWEBOK.
Time is allocated through the first three semesters for you to work on a collaborative project with the aim of delivering a working software product, under the title of Product Development in Cross-discipline Teams. The product concept may come from an industry partner, from an initiative within the University, or you can suggest your own product concept for consideration. The practical, product focus of your chosen project is enhanced by an industrial placement course that enables you to apply your knowledge in a work environment. The Master's thesis serves to consolidate your new skills by addressing a specific problem in software product engineering.
All courses are conducted in English and you study together with other international students. There are possibilities for you to study one semester abroad at one of our partner universities.
In this course you have five weeks of internship in a company or another organization. The purpose is to you an understanding of future work tasks and how these are related to your education.
Students will be equipped to work in different software development situations - from major organizations to micro-businesses; from large enterprise software systems to small, specialized embedded software components; from Web-facing applications to back-end data processing. A practical track (e.g. Large-scale Information Systems, The Internet of Things, or Social Networking Technologies) is followed throughout the programme so that students can turn theory into hands-on engineering.
The School of Engineering, Jönköping University, is a member of the prestigious collaborative between leading engineering schools worldwide - the CDIO Initiative™. The CDIO Initiative is an innovative educational framework to conceive and develop a new vision of engineering education and for producing the next generation of engineers.
More information, see CDIO
Conducted at School of Engineering
Tuition fees do NOT apply for EU/EEA citizens or exchange students
Preliminary list of courses.
Industrial Product Realization: Process - Methods - Leadership 9 credits
Software Engineering - a Product Perspective 6 credits
Software Product Architectures 7.5 credits
Software Entrepreneurship and Business Planning 7.5 credits
Engineering Socio-technical Systems 6 credits
Mathematics for Software Engineers 6 credits
Software Product Quality Assurance 6 credits
Product Development in Cross-Discipline Teams 1 6 credits
Safety and Security of Software Products 6 credits
Industrial Placement Course 9 credits
Product Development in Cross-Discipline Teams 2 9 credits
Product Specification and Requirements Management 6 credits
Final Thesis Work, Master 30 credits
User Experience Design 6 credits
Cloud Computing and Data Analytics 6 credits