Embedded Systems, Computing Sciences and Electrical Engineering, Master of Science (Technology) (2 yrs), autumn 2026

Tampere University · Tampere, Finland

Level
Master's
Award
Master of Science (Technology)
Language
English
Duration
2 years
Study mode
Day time teaching
Campus
Tampere
Starts
Autumn 2026
Credits
120 ECTS
ECTS
120
Tuition
€12,000

About this programme

The modern world depends on embedded systems Embedded systems are the invisible computers that power modern digital devices—from household appliances and smart homes to autonomous vehicles, healthcare devices, and industrial automation. If you’re ready to shape the future of smart societies, Tampere University offers the ideal environment. With a vibrant industrial cluster and a dynamic academic community, Tampere region is the perfect place to launch your career in embedded systems. What proficiency will you gain? Embedded systems is a multidisciplinary field that combines electronics and software engineering to design intelligent devices and systems that are resource-aware, dependable, and sustainable. As an embedded systems designer, you are a key player in industrial electronics projects. You are proficient in digital electronics, and often skilled in mixed-mode design, as well as embedded software design. One of your main areas of expertise is bridging the functional realms of an electronic device. Often, an embedded systems designer can operate both as a designer and as a leader of a team of hardware and software specialists. What study topics are available? The embedded systems study track focuses on the seamless integration of electronics and software with attention to diverse application domains and user-specific requirements. Delivered through a research-based teaching approach, the curriculum emphasizes the practical application of theory, enabling students to innovate and implement industrially relevant design solutions. The course topics include, for example: Microcontrollers Embedded Linux drivers Internet of Things (IoT) systems Architecture of both hardware and software Embedded systems productization The core technical topics of the track are supported by courses on scientific writing, language skills, and orientation to professional life. Through elective studies, you can broaden your expertise in related application domains, for example, information security, sensor technology, and biomedical engineering. Thesis and beyond The global embedded systems market is worth 120 billion USD and it is growing rapidly due to the increased demand for IoT devices, automotive advancements, healthcare technologies, and industrial automation. Consequently, the demand for embedded systems experts is high. Tampere Electronics Research Centre (ERC) is a multidisciplinary community where students, academics, and industrial collaborators meet and network. For embedded systems students, ERC provides an excellent environment for identifying supervisors for their thesis and engaging with research topics aligned with current academic and industrial challenges. Embedded Systems (MSc Tech) is one of the engineering specialisations in the Master’s Programme in Computing Sciences and Electrical Engineering.

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