Tampere University

Become an expert in science and technologyWould you like to study natural sciences and engineering in English? This cross-disciplinary degree programme provides you with a solid grounding in several core fields of engineering and the ability to follow rapid technological developments by applying scientific methodsThe Science and Engineering programme has two tracks: Natural Sciences and Mathematics and Computing and Electrical Engineering.The major subjects available in the Natural Sciences and Mathematics track areMathematicsPhysicsChemistryBiomedical EngineeringMaterials ScienceProgramme for curious problem-solversNatural Sciences and Mathematics is the ideal track for you if you're curious about exploring various phenomena and eager to understand the principles behind technological innovations. You can choose to specialize in one of the core scientific disciplines—Mathematics, Physics, or Chemistry—or focus on more applied fields such as Biomedical Engineering or Materials Science. Experts in Natural Sciences and Mathematics play a key role in e.g. addressing solutions to global challenges like climate change, developing more durable materials, and advancing medical technologies.We offer our students high-quality teaching in relatively small, multicultural study groups where teamwork is strongly supported. In addition to providing a sound theoretical basis for further studies in the field of technology, the programme places special emphasis on employability and integration. With this unique combination, our students are well-prepared for the international world of research and industry.Flexibility and options for further studiesYour first study year consists of common core courses in Natural Sciences and Mathematics. You will choose your major and minor at the start of the second study year. University studies at Tampere will offer you flexibility to tailor your degree according to your own interests. We also offer our second-year students the possibility to do research training in one of our research groups, which is an opportunity to get hands-on experience. This training is unpaid, but students will earn ECTS credits.Graduates with a Bachelor of Science in Technology degree are eligible to continue their studies directly towards a master's degree at Tampere University without having to re-apply. There are multiple options to choose from among the English-taught Masters of Science (Tech) programmes offered by Tampere University.

Improve the world as an expert in computing and electrical engineeringWould you like to study information technology and electrical engineering in English? This cross-disciplinary degree programme provides you with a solid grounding in several core fields of engineering and the ability to follow rapid technological developments by applying scientific methods.The Science and Engineering programme has two tracks: Computing and Electrical Engineering and Natural Sciences and Mathematics.The two major subjects available in the Computing and Electrical Engineering track are Information Technology and Electrical Engineering. You can choose to focus your studies on: Signal Processing and Machine LearningSoftware DevelopmentPower EngineeringCommunications EngineeringElectronics and Embedded SystemsDigitalization creates opportunitiesOur modern society is fundamentally built on electricity and digital technologies. Information technology plays a major role in the digitalization of everyday life, with IT solutions being essential across all sectors. This creates a wide range of career opportunities for experts in the field. At the same time, digitalization and the transition to renewable energy sources are key drivers of a sustainable future, which makes electrical engineering a highly relevant field as well. Within Information Technology and Electrical Engineering majors, you will study core courses in the discipline, build a strong foundation, and then specialize in one of the five focus areas. We offer our students high-quality teaching in relatively small, multicultural study groups where teamwork is strongly supported. In addition to providing a sound theoretical basis for further studies in the field of technology, the programme places special emphasis on employability and integration. With this unique combination, our students are well-prepared for the international world of research and industry.Flexibility and options for further studiesYour first study year consists of common core courses in Computing and Electrical Engineering as well as in Mathematics and Physics. You will choose your major and minor at the start of the second study year. University studies at Tampere will offer you flexibility to tailor your degree according to your own interests. We also offer our second-year students the possibility to do research training in one of our research groups. This is an invaluable early opportunity to get hands-on experience while earning ECTS credits applicable to your degree.Graduates with a Bachelor of Science in Technology degree are eligible to continue their studies directly towards a master's degree at Tampere University without having to re-apply. There are multiple options to choose from among the English-taught Master of Science (Tech) programmes offered by Tampere University.

Civil engineering specialist's career pathsExpertise in civil engineering is crucial for developing the safety, security, and the environmental, social, and economic sustainability of our society. A master’s degree in civil engineering offers you a way to develop multidisciplinary expertise related to the built environment and sustainability. A career in civil engineering requires a broad understanding of phenomena related to the development of the built environment, strong problem-solving skills, and the ability to develop, implement and apply new technologies. Graduates with a master’s degree in civil engineering have a broad range of career opportunities, pursuing expert or executive-level careers in Finland or abroad. Potential employers include consulting companies, construction companies, the transport and logistics industry, public organisations at international, national, regional and municipality level, universities and research institutes. You will earn a master’s degree in civil engineering by completing a two-year master’s programme. At Tampere University, you have the opportunity to major in structural engineering, geotechnical engineering or sustainable transport. StudiesStructural engineering focuses on ensuring structural efficiency, safety, sustainability and resilience for new and existing structures and buildings. Our master’s degree in structural engineering is designed to deliver a high-level of knowledge in structural engineering, including engineering theory, design methodology, materials, and analysis tools. This programme is ideal for those interested in pursuing a career as a structural engineer or design consultant. It combines science and mathematics with the practical elements of construction technology. The programme prepares students to work in the field of structural engineering where they can apply their knowledge to real-world problems and challenges.The programme provides students with the opportunity to develop both theoretical and practical knowledge, while making them aware of new developments in the field. The curriculum covers the specialist technical and computational skills necessary for today's construction industry and there's a strong relationship between the programme and the industry. The structural analysis, engineering and design skills are obtained from a core of required basic courses. In addition to the core courses, elective courses are offered that allow individuals to tailor to their professional goals and individual interests.SpecialisationWhen applying to the Master's Programme in Civil Engineering, you may choose from the following options: Structural Engineering, Geotechnical Engineering, and Sustainable Transport.

Reimagining the built environment to create a more sustainable futureAre you a creative designer and critical thinker with a passion for architecture and creating a better world? In our Master’s Programme in Architecture, specialized in Sustainable Architecture, we reimagine the built environment to better respond to the diverse societal, environmental and cultural challenges our world is facing. You will do this together with other students, architects and researchers in a vivid social community. Join us in building a more sustainable future!Embrace sustainable architectureWe integrate sustainability into all dimensions of design: its starting points, processes and outcomes. Holistic sustainability and the United Nations Sustainable Development Goals (SDGs) are at the heart of our studies. The programme also covers several other approaches to sustainability, all of which you will study both through theory and practice and explore in detail in your coursework.How you learn?We encourage you to explore and imagine architectural approaches for climate change mitigation and adaptation, and to discover paths for increasing the overall resilience of built environments. We offer the latest knowledge on holistic sustainable architecture both in contexts of building and urban design, explored both in theory and design, and delivered by our research active staff. Our pedagogical approach to architectural education is collaborative, learner-centred and research-based. During your studies, you will also gain valuable insight and experience by participating in inspiring real-life projects.Build your own sustainability careerOur programme provides you with a broad understanding of the fundamentals of sustainable architecture on which to build your expertise. The degree confers eligibility to work as an architect in Finland, the EU and other countries abroad, although access to the profession may require training, an internship or an examination, depending on local regulations.With this degree you can build a career in architectural design, city and urban planning, research, policymaking or consultancy, to name some examples. Our students have excellent employability after studies.Join our community!The School of Architecture in Tampere enjoys an outstanding reputation and attracts students from all over the world. We encourage our students to a critical and self-reflective mindset in dialogue with other students, architects and researchers. This creates a hub for design and creative thinking where we encourage each other to create positive impact and active hope in the climate emergency. Consequently, our students make up a vivid social community organizing a lot of informal activities and happenings in their own guild room as well as elsewhere in the campus.

Shape the future of sustainable business and society​ In today’s rapidly evolving world, new leadership skills are essential at every level – organisational, local, national, international, and global. Societies are navigating a landscape of sustainability challenges and transformative change. From addressing urgent environmental and social issues to driving sustainable development in business and governance, the need for visionary leadership has never been greater.​ Who is this programme for?​ The Master’s Degree Programme in Leadership for Change is designed for students who are passionate about making a difference. If you are curious about the intersections of business, governance, and sustainability — and want to learn how to foster new forms of engagement across sectors of the economy and society — this programme is for you. ​​ Interdisciplinary excellence  Uniquely combining business studies, administrative sciences, and sustainability, the programme offers a holistic approach to leadership and change. With a research driven curriculum and ties to real-world practice, the programme approaches leadership as a capability to drive change. It emphasises the importance of and the mechanisms for collaboration across multiple sectors of society, the multifaceted role of sustainability in change processes, and the development of competencies needed not only to drive meaningful change in diverse and complex environments, but also to lead change processes that contribute to societal wellbeing.  The programme structure includes interdisciplinary joint studies, specialisation specific advanced studies, free choice studies, and master’s thesis. It enables you to tailor your studies to your interests and career aspirations.​ When applying to the programme, you may choose from the following options: Sustainable Business Management and Governance for Sustainable Change. Sustainable Business Management specialisation ​ The Sustainable Business Management specialisation provides students with an in-depth understanding of leading and managing change in contemporary business environments. You will develop analytical skills to recognise, explain, and address complex challenges, and apply business concepts for both business and societal benefit. The curriculum explores challenges and opportunities in sustainable business, including the circular economy. Additionally, as the business specialisation is a part of an international programme, it actively supports the development of intercultural skills and competence. Studying in Tampere​ Tampere, with its lively student scene, and Finland, renowned for education excellence and leadership in sustainable development, together offer an ideal location for studying and practicing sustainable business management. Beyond the classroom, students will benefit from the programme’s active student association COMPLEX, which supports networking, community-building, and enriching student life through events and activities.​ Career prospects​ A master’s degree in business studies with a focus on sustainable business management is highly respected and opens diverse career opportunities. Graduates of the business specialisation are equipped for roles in consulting, strategy, mission-driven ventures, research, and more – both in Finland and internationally. ​ 

The modern world is permeated and shaped by digital technologies in all areas of life: communication, learning, playing, creativity, dating, therapy —you name it.The Master's Programme in Sustainable Digital Life (SDL) focuses on enhancing our digital lives: the digital systems surrounding us as well as the ways of using, regulating, and designing them. The programme offers a unique course portfolio at the intersection of social sciences, design, and media. The programme educates interdisciplinary experts who understand the digital society from the viewpoints of culture and ethics, as well as comprehend digital systems and how they are produced.The programme:Aims to educate creative, analytical and critical experts in digital media and communication and information technology; experts who are capable of renewing the society by envisioning, designing, and evaluating digital services that are ethically sustainable, accessible for everyone, and mindful of social and cultural diversity.Focuses on sustainability not only related to digital things but also the way of learning: we ensure that future experts possess skills that are adaptive, far-reaching, and transformative in a variety of fields.Has a special focus on accessibility: learning to understand the diversity of users and ways of using digital systems, how to evaluate accessibility of existing systems, and how to take accessibility into account in design.Is genuinely multidisciplinary: the teachers of the programme represent various academic disciplines.The programme's core courses include digital literacy, fundamentals of service design, sustainable design, diverse digital culture, accessibility and gamification. The programme is strongly project-based: the students carry out realistic research and design projects throughout their studies and connect the theoretical and methodological knowledge to these projects.Sustainability in Tampere UniversityWe believe that promoting and educating the development of sustainable technology is a necessary approach to achieve the goal of sustainability.As a herald of scholarship, our university recognizes that sustainability is a foundational imperative for various essential systemic entities.Sustainability highlights the interconnectedness of economic, social and ecological processes.Sustainable Digital Life especially focuses on the study of the long-term structural change in digital and social systems with the aim of maintaining social cohesion and solidarity while acknowledging the need to reduce environmental and resource consumption to a sustainable level.There are many entities to which the necessity of sustainability pertains: the nature, societies and cultures, the humankind. We want to cherish the diversity and resilience within all of these.Considering the modern digital lives, there are various recent developments and trends that need to be addressed in the pursuit of sustainability, such as the increasing carbon footprint of computation, increasing power of internet companies, challenges in regulating technology development, homogenization of the digital culture, people’s sense of losing control of their digital lives, information addiction, increasing loneliness and isolation and radicalization through technology.Considering the modern digital lives, the perspective of the users of technology integrated to their everyday practices call for critical skills as literacies on technology. From sustainability perspective, that is about ecological digital literacy.

Civil engineering specialist's career pathsExpertise in civil engineering is crucial for developing the safety, security, and the environmental, social, and economic sustainability of our society. A master’s degree in civil engineering offers you a way to develop multidisciplinary expertise related to the built environment and sustainability. A career in civil engineering requires a broad understanding of phenomena related to the development of the built environment, strong problem-solving skills, and the ability to develop, implement and apply new technologies. Graduates with a master’s degree in civil engineering have a broad range of career opportunities, pursuing expert or executive-level careers in Finland or abroad. Potential employers include consulting companies, construction companies, the transport and logistics industry, public organisations at international, national, regional and municipality level, universities and research institutes. You will earn a master’s degree in civil engineering by completing a two-year master’s programme. At Tampere University, you have the opportunity to major in structural engineering, geotechnical engineering or sustainable transport. StudiesMobility of people and goods are crucial for our everyday life, businesses, and societies. However, the transport sector is the largest source of greenhouse gas emissions in many countries, while road traffic crashes are among the leading causes of death globally, and inequality of mobility affects people in developing and developed countries alike. Because of these issues, the principles of conventional car-centered transport planning are being questioned, and the need for a sustainable transport paradigm is highlighted. How can we reach a transport system that has a minimum environmental stress, is safe, and offer equal possibilities of well-being? Tools to answer these questions are provided in the Sustainable Transport major.SpecialisationWhen applying to the Master's Programme in Civil Engineering, you may choose from the following options: Sustainable Transport, Geotechnical Engineering, and Structural Engineering.

System-on-Chips (SoCs) run the digital world!System-on-Chips (SoCs) run the world everywhere as the heart of phones, computers, data centers, buildings, factories, and anywhere data is processed. The Tampere region has a strong industrial cluster in intelligent machines, embedded systems, and telecommunications, demanding state-of-the-art chips, and the need for experts in the field of SoC is vast.The most advanced design key to successNokia designs the most advanced chips in Europe for 5G on the latest IC technology nodes in Finland. The SoC Hub is a collaboration between Tampere University and industrial partners that aims to develop innovative SoCs and boost the partners' competitiveness. The Soc Hub collected Tampere University and companies to create very large SoCs, for example, the Headsail SoC with 330M transistors in 2023. The success is based on three decades of expertise on FPGA and DSP based multiprocessor system designs in Tampere.For a quick introduction to SoC Hub, please view the short introductory video.What makes SoC Design Track unique?You will study courses covering the complete design cycle of a modern System-on-Chip.System-on-Chip Design is a unique specialization to enable professional engineers to develop the most demanding SoCs in the world.The curriculum is research-based and organized in collaboration with the companies that offer trainee positions, career and skills mentoring, open doors visits, student events throughout the studies, and positions for the master thesis work.Tampere University offers the most current Electronic Design Automation (EDA) tools and training, bringing the latest research results and advanced industrial topics for the students.What will the SoC Design study track equip you with?After completing the specialisation, you can pursue a wide range of career opportunities in different fields of system-on-chip (SoC) design.You will have the in-depth knowledge and understanding, as well as hands-on training for the complete SoC design cycle.You will have the knowledge and skills to pursue a career in industry or continue your studies towards a doctorate.A chance to participate and collaborate with leading European university via Education for Chip initiative Edu4Chip | Digital Skills and Jobs PlatformCheck out the Computing Sciences blog to learn how to become a System-on-Chip design expert. This specialisation opens you the door to world-class IC design expertise! Please see information on research conducted in the field of embedded systems at Tampere University.System-on-Chip Design (MSc Tech) is one of the engineering specialisations in the Master’s Programme in Computing Sciences and Electrical Engineering.

Shape the future of education!Are you interested in developing education as a building block for a sustainable digital future? Teaching, Learning, and Media Education is a two-year Master's Programme that focuses on fostering the knowledge and competencies needed to design and implement high-quality learning environments, practices, and curricula in diverse contexts.We offer courses on highly interesting and timely topics in education, such as media education, digital literacies, game-based learning, educational technology and inclusive education, that together empower you to tackle the challenges of teaching and learning.Multidisciplinary approach and study opportunities for building unique expertiseThe programme promotes knowledge and skills that are crucial for various actors working in education and training. Through one of the programme’s working life courses, you also have the possibility to apply the theoretical knowledge and skills gained from your studies in a practical working environment in Finland or abroad. Moreover, the multidisciplinary Tampere University community offers you a wide range of courses to choose your elective studies from. Our strong research tradition makes it possible to consider timely issues from a multidisciplinary perspective. Various career pathsAfter completing the programme, you will have an extensive understanding of the relationships between teaching and learning in today’s media-saturated society. You will also have the conceptual tools needed to design learning experiences to meet the needs of diverse learners and enhance the quality of education. Graduates of the programme will become experts in public, private, and civil society sectors. They can work, for example, as educational experts, instructional designers, training specialists, researchers, or administrators.Join the programme and shape the future of education!Check for detailed information about studies on the programme webpage.

Are you interested in helping to create the sustainable cities of the future? The world is facing key challenges such as a changing climate, biodiversity loss, social justice issues, and poverty, and cities are key arenas for addressing these challenges. Tampere University’s Sustainable Urban Development Bachelor’s degree programme teaches the new generation of experts to apply multidisciplinary expertise to help address these challenges and develop the sustainable cities of the future. About the Technology specialisationTechnology students develop a broad theoretical basis for applying technological and engineering solutions to create sustainable built environments, and the foundational skills and knowledge to become a technology professional. Shared courses with students from other specialisations help you understand urban development from several perspectives, develop interdisciplinary thinking skills, and identify novel and constructive ways of solving complex problems.Urban Labs Through challenge-based Urban Lab courses, students are engaged in real-life urban development projects in collaboration with organizations such as the City of Tampere. These courses provide students the opportunity to engage with local urban planners, citizens, and organisations to help identify and understand real-world development challenges, and work in interdisciplinary teams to co-create solutions. You can find out more about the Urban Labs in the Tampere University Urban Lab Blog.Opportunities This programme aims to meet the societal and industry need for more multidisciplinary thinkers capable of understanding and solving complex challenges. All technology-specialisation students are automatically eligible to continue their studies for the Master’s degree studies in the Master’s Programme in Civil Engineering – Sustainable Transport and the competencies to apply to other masters programs. SUD graduates from the technology specialisation have found employment in city organizations, academia, and engineering and tech companies, where they have been recognized for their interdisciplinary thinking and interpersonal and group work skills gained during their studies.More informationPlease see the description of the two other study fields on the following websites:Administrative Sciences, Sustainable Urban DevelopmentSocial Sciences, Sustainable Urban DevelopmentAll students accepted for this Bachelor’s Programme are automatically given the right to continue their studies for the Master’s degree, if they wish to do so. When accepted in Technology, Sustainable Urban Development, you will automatically have the right to continue studies in the Master’s Programme in Civil Engineering – Sustainable Transport.

Wireless communications – connecting people and thingsDigitalisation is here to stay and it builds on an efficient wireless communications infrastructure. Apply now and start building your future in shaping a more connected, efficient, and sustainable world!Shaping the future of connectivityWe live in a world where not only people but also machines, vehicles and infrastructure communicate wirelessly. The Internet of Things, the Industrial Internet, and 5G/6G mobile networks are the forerunners of a connected and programmable world having an impact on a wide range of industries, such as energy, transportation, defence, healthcare, logistics and manufacturing. Seamless communication and energy-efficient solutions pave the way for sustainable future.Another prevailing trend in society and industry is robotisation. Modern inventions, such as autonomous cars and drones, strongly rely on efficient and reliable wireless communications while also utilising radio-based positioning and sensing/radar technologies. Wireless communications and radio frequency (RF) technologies enable a wide variety of applications ranging from everyday consumer products to high-end industrial machines, robots and space systems. Artificial intelligence and machine learning tools are used more and more to process RF signals in transceivers as well as in various modelling and circuit design environments.What can we offer to you?Our curriculum combines solid theory with hands-on experience in flexible manner. Our broad selection of courses covers topics such asWireless communication systems (including 5G/6G networks)Radio-based positioning and sensing/radar systemsRadio-frequency integrated circuits designRF and antenna engineeringTelecommunication engineering is the highest-ranked subject at Tampere University in the Shanghai Ranking. We provide a highly professional, but at the same time friendly and inclusive, learning environment for Wireless Communications and RF Systems. Please see additional information on Wireless Research.Wireless Communications and RF Systems (MSc Tech) is one of the engineering specialisations in the Master’s Programme in Computing Sciences and Electrical Engineering.

Arkkitehdin tutkinnossa yhdistyvät teoria ja käytäntö. Arkkitehdit ovat avainasemassa ratkomassa rakennetun ympäristön yhä monimutkaisempia haasteita, jotka liittyvät muun muassa digitalisaatioon, globalisaatioon ja kaupungistumiseen sekä energiankäyttöön, ilmastonmuutokseen, biodiversiteettiin ja niukkeneviin luonnonvaroihin. Luova suunnittelutaidon osaaminen on arkkitehtikoulutuksen ydin. Koulutuksessa näkyy yhteistyö eri tieteenalojen kanssa. Arkkitehtikoulun opiskelijat ja henkilökunta muodostavat tiiviin yhteisön, jossa opiskelu on mukavaa ja välitöntä. Tampereen Arkkitehtikilta auttaa sinua tutustumaan tuleviin kollegoihisi niin opiskeluiden ohessa kuin vapaa-ajallakin. Noin 50 ulkomaalaista arkkitehtuurin vaihto- ja tutkinto-opiskelijaa opiskelee vuosittan Hervannan kampuksella, mikä takaa kansainvälisen oppimisympäristön. Arkkitehti on sekä ammatti- että tutkintonimike eli ylemmän korkeakoulututkinnon lisäksi saat koulutuksen päätteeksi myös arkkitehdin ammattipätevyyden. Arkkitehdin tutkinto täyttää EU:n ammattipätevyysdirektiivin asettamat tavoitteet ja vaatimukset arkkitehtien koulutukselle.Koulutus antaa hyvät valmiudet käytännön arkkitehdin suunnittelutyöhön, mutta valmistaa laaja-alaisuudellaan myös moniin muihin tehtäviin. Arkkitehdin tutkinnon suoritettuasi ja työkokemusta hankittuasi voit saada Suomessa myös poikkeuksellisen vaativien kohteiden pää- tai rakennussuunnittelijan sekä kaavanlaatijan pätevyyden.

Make big sense of big dataBig data and data-driven methods are at the centre of modern computer science, statistics and computer engineering and hold great promise for the future. Statistical data analytics brings our society and industry in-depth discoveries, accurate predictions, and grounded decisions. It is the driving force in the artificial intelligence revolution. There is a strong need for experts in this area.Experts on analysing data are needed for solving challenging problems such as understanding text documents, conversations and social media; creating intelligent search engines; finding data-driven insights into society, economy and culture; creating data-driven solutions for medical and biological problems; and enabling self-driving cars and autonomous robots.At Tampere University we offer three related specialisations that involve analysis, modeling, prediction, and computation with big data: Data Science (MSc) and Statistical Data Analytics (MSc) focus on computational and statistical algorithms for data mining and machine learning, with differing emphases, and Signal Processing and Machine Learning (MSc Tech) focuses on engineering accurate predictive machine learning models.The Statistical Data Analytics (MSc) specialisation features several similar topic areas as Data Science (MSc) but Statistical Data Analytics (MSc) places more emphasis on aspects of data science and artificial intelligence where statistical understanding and modeling of data uncertainty, variation and dependency is a crucial advantage. Statistical Data Analytics is the central skillset to create trustworthy, transparent and fair solutions for the needs of the modern artificial intelligence revolution.Statistical Data Analytics (MSc) teaches you to understand data analysis and master necessary skills, such as data cleansing, integration, modelling and prediction, and interactive exploration of data and models. You will learn methods ranging from probabilistic approaches through efficient data mining algorithms to flexible deep learning with neural networks and large language models. You will also learn to present data analysis results to decision-makers with descriptive summaries and visualisations.Statistical Data Analytics is one of the specialisations in the Master’s Programme in Computing Sciences and Electrical Engineering.

Join us in creating the new digital worldComputers and software have become indispensable in modern society, driving innovation across industries from mobile applications to large-scale cloud-based systems. As these technologies evolve, so do the opportunities to develop sophisticated software solutions and web services. Come study with us and become a key player in shaping the future of the digital world! Strong and versatile foundation for your future careerSoftware, Web & Cloud (MSc) provides students with a solid understanding in computer science and software engineering. It covers the design and implementation of large and complex software systems, enhanced by advanced web and cloud technologies,  and develops your competence to manage and improve software development with the support of AI technologies. The knowledge and skills in web and cloud computing are emphasized as a platform for the software like big-data-driven applications. Moreover, you can choose courses based on your interests from a wide range of topics, including big data, internet of things (IoT), information security, user experience, and business. Gain valuable insight from industry collaborationAn exceptionally large number of IT companies in the Tampere region provide an inspiring environment and opportunities to apply your skills and address fascinating real-life challenges.  The research conducted at the Tampere Software Engineering Research Center and the AI research lab (GPTLab) further strengthens the programme’s emphasis on state-of-the-art methods and technologies. The close collaboration with industry ensures that the contents of the programme are both on a high level academically and relevant to your future career prospects.Career prospectsGraduates of this specialization will be equipped for versatile roles in software engineering, cloud computing, data-driven applications, and digital transformation, with opportunities both in industry and academia. For example, typical career roles can includeSoftware developer & engineerCloud & infrastructure specialistData-driven applications & emerging technology expertProcess & management-oriented rolesSecurity & quality assurance specialistAcademic and research careerSoftware, Web & Cloud is one of the specialisations in the Master’s Programme in Computing Sciences and Electrical Engineering.

Contemporary societies face wicked problems more and more frequently. Innovative service solutions are needed to overcome the financial burden of an aging society. Cross-disciplinary thinking is necessary when tackling social issues related to climate change.   In the Bachelor's Programme in Socially Sustainable Societies, the ideas and building blocks for wellbeing and health — from the past and present — are examined for designing sustainable societies of the future. We define social sustainability as the social dimension of sustainability and how societies function with an emphasis on resilience, equality, and inclusion. The programme introduces the Nordic perspectives on social sustainability, the welfare state, and intersectoral action, as well as addresses the broader historical, global and socio-political determinants of health and wellbeing. A unique combination of social and health sciencesIn this programme you will tackle topical questions related to socially sustainable societies:How to ensure that sustainability is achieved through socially sustainable policies?What is the role of welfare states for sustainability?What does social sustainability imply to social and health protection and security?How to promote universal access to health and social protection as part of public policies?How to address different types of social inequalities such as those related to economic status, gender and ethnicity?What are the social determinants of health in national and global contexts?Studies are structured around topical researchThe wide provision of courses and teaching is built upon the topical research conducted by the faculty. You can also choose free-choice studies from other degree programmes and thus enjoy added opportunities to learn about crossover themes from several study programmes. The programme prepares students to continue their studies in master’s programmes. All accepted students are automatically given the right to continue their studies in the Master’s Programme in Social Science Research which includes specialisations such as Public Policy Analysis or Comparative Social Policy and Welfare.  Tampere University also offers several other relevant English language master’s programmes such as the Public and Global Health programme (admission every second year) as well as multidisciplinary programmes such as Sustainable Digital Life.  Become a professional in designing and building socially sustainable societies of the futureThe programme teaches historical roots and importance of social policy and public health also from the global angle, and acknowledges the increasingly important role of the environment as a condition of social sustainability.   Our students will develop competencies to critically assess and compare different modes of welfare services, and social and health policy options. Moreover, they will gain an understanding of the means to reduce social and health inequality, learn methods for assessing social and health impacts, and intersectoral action.  Graduates will have a solid knowledge base and the necessary theoretical and methodological skills needed to become professionals in designing and building socially sustainable societies. 

Are you interested in helping to create the sustainable cities of the future? The world is facing key challenges such as a changing climate, biodiversity loss, social justice issues, and poverty, and cities are key arenas for addressing these challenges. Tampere University’s Sustainable Urban Development Bachelor’s degree programme teaches the new generation of experts to apply multidisciplinary expertise to help address these challenges and develop the sustainable cities of the future. About the Social Science specialisationStudents in the social science specialisation study basic and intermediate studies in social sciences, developing a broad theoretical understanding of societal change, and applying this understanding to develop solutions to challenges of well-being and sustainable development. Shared courses with students from other specialisations help you understand urban development from several perspectives, develop interdisciplinary thinking skills, and identify novel and constructive ways of solving complex problems. Urban Labs Through challenge-based Urban Lab courses, students are engaged in real-life urban development projects in collaboration with organizations such as the City of Tampere. These courses provide students the opportunity to engage with local urban planners, citizens, and organisations to help identify and understand real-world development challenges, and work in interdisciplinary teams to co-create solutions. You can find out more about the Urban Labs in the Tampere University Urban Lab Blog.Opportunities This programme aims to meet the societal and industry need for more societal and environmental problem solvers. All students in the social sciences specialisation have a study right to continue their studies in the Master’s Programme in Social Science Research - Comparative Social Policy and Welfare. Graduates from the social science specialisation of the Bachelor's programme have found employment in city organizations responsible for urban development and international affairs, research projects within the academia, and companies focusing on urban planning and public participation. The graduates have been appreciated for their interdisciplinary thinking and interpersonal and group work skills gained during their studies.More informationPlease see the description of the two other study fields on the following websites:Administrative Sciences, Sustainable Urban DevelopmentTechnology, Sustainable Urban DevelopmentAll students accepted for this Bachelor’s Programme are automatically given the right to continue their studies for the Master’s degree, if they wish to do so. When accepted in the Social Sciences, Sustainable Urban Development, you will automatically have the right to continue studies in the Master’s Programme in Social Science Research - Comparative Social Policy and Welfare.

Not just keeping the lights on – but lighting the way to smarter futureThe electrification of the energy system and society at large is a critical strategy for addressing climate change. Increasing the integration of renewable energy sources along with the adoption of electric vehicles and heat pumps, is essential for reducing fossil fuel carbon emissions and overall energy consumption. Significant investments and development efforts are currently underway worldwide in these areas.State-of-the-art research-based teachingThe specialisation in Smart Grids develops systems thinking skills and provides students with a comprehensive range of technical design and analysis skills in electrical power engineering:Advanced energy storage solutionsRenewable energy integrationGrid automation and demand-responseData-driven optimizationOur education is based on long-standing research in Smart Grids. Please see information about research groups in Electric power systems and Smart Grids, High voltage engineering, Power electronics and Electromechanics and some examples of recent research projects Energy community as a driver of electrified city (ECADEC), Distributed automation for electricity grid and DER management (INGA), Holistic Approach towards Empowerment of the DiGitalization of the Energy Ecosystem through adoption of IoT solutions (Hedge-IoT), and Gridable. The Goal? To design and implement an intelligent energy systemSmart grids are designed to enhance the effectiveness, stability and reliability of the electricity systems and to integrate distributed energy resources into system management. They are essential for increasing the share of renewable energy sources without compromising competitiveness and system security.Smart Grids (MSc Tech) is one of the engineering specialisations in the Master’s Programme in Computing Sciences and Electrical Engineering. Suitable backgrounds include Bachelor of Science (Technology) degrees in electrical power engineering, power electronics, electricity markets, energy management, renewable energy sources or similar.

The technology behind our digital livesWe invite you to learn the science and technology that power our digital world.From streaming music and video to autonomous vehicles and medical diagnostics, signal processing and machine learning enable the intelligent interpretation and transformation of data. This specialisation will equip you with theoretical foundations and practical skills to model and analyze data and to implement theory- and data-driven solutions across diverse domains.What You Will StudyStudents will gain a deep understanding of both classical signal processing and cutting-edge machine learning techniques. The curriculum is aligned with the latest advancements in the field, blending theory and hands-on practice. We aim to integrate students into research groups, encouraging you to tackle challenging problems and contribute to ongoing innovation.Core topics include:Signal processing theory and algorithmsDeep learning and neural networksAudio and speech processingImaging and computer visionStatistical modeling and data analysisAt Tampere University, your degree is your own creation. In Signal Processing and Machine Learning specialisation you can choose from a wide range of elective studies and supplementary courses, or focus on one of the recommended areas:ImagingMachine hearing and visionSignal processing and data analysisRead more in the curriculum of the specialisation.Career PathsGraduates are in high demand across academia and industry. The specialization has strong ties to related industrial ecosystems such as Tampere Imaging Ecosystem, Forum for Intelligent Machines and Photonics Finland. MSc graduates in Technology typically find employment in research, design, development, production and operating tasks, or commercial and administrative tasks relating to the field, without excluding abilities to work as a researcher, teacher or manager.Potential Career Paths:Machine Learning EngineerSignal Processing SpecialistComputer Vision ScientistAudio Technology DeveloperResearcher in AI and Data ScienceEmbedded Systems EngineerPath to Doctoral StudiesAfter graduation, you’ll be eligible to apply for doctoral programmes in Finland and internationally, continuing your journey in advanced research and innovationSignal Processing and Machine Learning (MSc Tech) is one of the engineering specialisations in the Master’s Programme in Computing Sciences and Electrical Engineering.

There’s an increasing global demand for experts and highly qualified professionals within the fields of national and international security. This need has been recognized by public agencies, international organizations, businesses, and NGOs working within the field of security management and international security. Solving societal and organizational problems posed by the continuously changing security environment require experts who can innovatively and strategically integrate state-of-the art scientific knowledge to domain of security from both public administration and international relations. The Master’s Programme in Security Management and Politics (SAFER) educates experts who specialise in either Security Governance or International Security. Depending on their major, students graduate with a Master’s Degree in Administrative Sciences, MSc (Security Governance) or Master’s Degree in Social Sciences, MSc (International Security).Check for detailed information about studies on the programme webpage.

Global phenomena and global policy decisions affect wellbeing and health across the world, transforming the way we work for health both at national and international levels. Our programme offers a unique opportunity to study both global and public health in an interdisciplinary setting.As a student in the international Master's Programme in Public and Global Health (PGH) you are equipped with knowledge, skills, and tools to work in the complex setting of contemporary and emerging health challenges. The programme is part of the teaching offered at the Faculty of Social Sciences, the Health Sciences Unit. Hence, our interdisciplinary programme in public and global health integrates studies in both health sciences and social sciences.You will acquire a thorough grounding in the core disciplines of public health - epidemiology, health promotion, health policy, health protection and security, health systems, and health economics. In addition, you will grow your knowledge and expertise in global health policy and in understanding the dynamics between multilevel and intersectoral governance and health. The wide range of courses enable you to gain expertise in your areas of interest, including topics such as social determinants of health, Health in All Policies (HiAP), aging, social protection, health and environment, work and health, sustainable food systems and global health policy and governance.Tampere University’s international setting and our programme facilitate developing a global network of contacts and gaining experience working in multicultural and multidisciplinary teams. We work closely with the International Doctoral Programme in Epidemiology and Public Health (IPPE) at our unit. You can apply your skills from the courses and your experiences in practice through an internship in Finland or abroad. Welcome to the community of current and future global health experts!

Power electronics and electromechanics – Driving the worldDive deep into the world of power electronics and electromechanics, mastering the technologies that power renewable energy, smart grids, electric vehicles, data centers, and the infrastructure behind artificial intelligence. This specialisation blends state-of-the-art theory with real-world applications, equipping you to design, innovate, and lead in the transition toward a cleaner and more efficient energy future.Power electronics and electromechanics are key enablers of our technological world - now and in the futurePower electronics are used for processing voltages and currents when converting electrical energy from one form into another. Power-electronic devices can be found in almost every electric device from household applications to transportation, industry, as well as electricity generation, transmission and distribution. It has been estimated that in the near future, 80 % of all the generated electrical energy will pass through a power electronic converter.Electromechanics refers to the process of converting electrical energy into mechanical energy and vice versa. Nearly all electrical energy is produced by rotating electrical generators and roughly half of this energy is converted back to mechanical energy with electrical motors driven by power-electronic converters. The trend of transportation electrification will further increase the need for electrical motor drives. Together, power electronics and electromechanics are the key technologies for enabling the energy transition in transportation and renewable electricity generation.High-class education and collaboration with the industryThis specialization will provide you with the necessary skills for understanding, analysing and implementing power-electronic and electromechanical energy-conversion devices in a wide range of applications. The specialization is suited for students who are eager to put theory into practice for ensuring sustainable use of energy and raw materials in the future society. We offer high-class education based on the latest knowledge and research delivered by our accomplished staff. Moreover, our university collaborates closely with the industry in Tampere area. This helps our students to find valuable thesis-work opportunities and jobs after graduation. Please see information about research in Power electronics and ElectromechanicsWide range of career opportunitiesOwing to the incomparable demand of electrical engineering expertise in a wide range of industries, completing the Master  studies prepares you for interesting career opportunities both in Finland and globally. Your future career might be for example in design and testing, research and development, or management and marketing. Or if you are interested in further deepening your knowledge, you might choose to pursue a doctoral degree.Power Electronics and Electromechanics (MSc Tech) is one of the engineering specialisations in the Master’s Programme in Computing Sciences and Electrical Engineering.

From everyday objects to cutting-edge technologies, all physical products in our society are made of materials. The future society needs more durable, lightweight and environmentally friendly materials. Just to give some examples; transportation needs lightweight and strong structures to minimize the emission, food packaging needs sustainable and recyclable materials, wind turbines in arctic locations need non-freezing surfaces, and new battery materials need to be more long-lasting.At Tampere University Materials Science and Engineering programme, you can become a material scientist who has a strong knowledge of natural sciences combined with material science. This combined with your passion for developing new material solutions makes you a competitive expert for a wide range of industries.In our Materials Science and Engineering programme, you will study with the best professionals in the field. You will learn about the production of different structural and functional materials, their structure, technical properties, and industrial applications. You’ll dive into the microstructure of materials, understand how it relates to manufacturing processes, and learn how to tailor their properties. You’ll gain skills in analyzing and testing material properties using modern methods and tools. Hands-on training is a key part of the studies.You can tailor your curriculum by selecting one of our focus areas in materials science as well as strengthening your degree with a minor for which there are dozens of interesting options available. We also offer you the opportunity to complete an international double degree that helps you stand out in the job market. Our graduates are highly valued in industry and research - all around the world. Join us and become a materials expert ready to solve the challenges of tomorrow.

Biomedical Sciences and Engineering combines engineering with life sciencesAging society and increasing interest on well-being require new solutions for more personalized and precise healthcare from novel imaging to reliable, remote monitoring of patients as well as wellness devices to support prevention and rehabilitation.At the interface between engineering and health sciencesThe biomedical engineering industry is an increasingly important, global high-tech sector. In Finland, the HealthTech industry is especially strong. With the emergence of numerous small enterprises, the fields of biomedical sciences and engineering are rapidly expanding and offer diverse career options. This programme provides you with a solid understanding of the challenges related to biomedical sciences and health technology. You will become familiar with advanced technologies at the interface between engineering and health sciences and gain the ability to develop innovative solutions to solve these challenges. You will be able to demonstrate critical thinking and professionalism and pursue a career in industry, in a hospital, or continue your studies towards a doctoral degree. You may also be a natural-born entrepreneur and launch your own start-up.Medical Physics and Biomedical InstrumentationThe specialisation Medical Physics and Biomedical Instrumentation focuses on the core areas of the present-day health technology industry developing medical devices and also the core knowledge needed by professionals working as medical physicists at hospitals. It covers the areas of well-being and medical solutions from consumer health products such as heart rate monitors and other wearable sensors to clinical applications such as anaesthesia monitors, imaging and treatment delivery systems. The specialization provides expertise in the design of complex biomedical instrumentation and understanding the physics behind various medical imaging modalities. This specialisation has two paths: Biomedical Instrumentation, which focuses on the design and development of medical devices, and Medical Physics, which emphasises the theoretical physics background required for postgraduate studies in medical physicist specialisation and a career as a medical physisist.CollaborationWe foster close collaboration between engineering professionals, life scientists and clinicians, and therefore provide optimal exposure for the students taking part in the degree programme. Our excellent basic and translational (from laboratory to clinic) research is recognised worldwide. When applying to the Master's programme in Biomedical Sciences and Engineering (MSc Tech), you may choose from the following options:Medical Physics and Biomedical InstrumentationBiomedical InformaticsBiomaterials and Tissue EngineeringBiomedical Micro- and NanodevicesWe collaborate closely with the Finnish-taught programme and the international life science programme in the field of biomedical sciences offered by the Faculty of Medicine and Health Technology, the Master’s programme in Biomedical Technology (MSc), which has three specialisation options:Biomedical Informatics (natural sciences)Cell TechnologyMolecular Biology

Biomedical technology for the benefit of human healthInsights into the molecular mechanisms and architecture of cells.Hands-on skills in the crossroads of molecular biology, cell technology and biomedical informaticsBiomedical technology is a multidisciplinary field that builds on understanding biological systems on the molecular level and develops new approaches to advance medical and biotechnological applications. The programme brings together expertise and methods in many fields in natural, medical, and engineering sciences: biology, chemistry, medicine, genetics, statistics, computational and data sciences.When applying to the Master's Programme in Biomedical Technology (MSc), you may choose from the following three options:Biomedical Informatics (natural sciences)Cell TechnologyMolecular BiologyOur target group are students with a background in biosciences, computational sciences or natural sciences who want to attain in-depth knowledge and hands-on skills in the crossroads of molecular biology, cell technology and biomedical informatics, with a special emphasis on areas that have the potential to enhance human health. The courses are firmly grounded on international research and focus on transferring this knowledge into practice.Molecular BiologyThe Molecular Biology specialization track is designed to provide students with advanced knowledge and practical skills in the field of molecular biology. The programme is ideal for individuals seeking to deepen their understanding of the molecular mechanisms that underlie biological processes both in healthy cells and in diseased state. The core courses in this programme delve into molecular genetics, genomics and proteomics, protein structure, molecular interactions, and organelle biology. Students are equipped with knowledge and skills in the molecular life sciences that make them job ready to tackle the challenges of a rapidly evolving molecular biology landscape and to contribute to scientific discovery and innovation towards a sustainable future. It prepares for careers in research and academia as well as in biotechnology, biomedicine, pharmaceutical, and healthcare industry.To successfully pursue towards specialization in Molecular Biology, students should have a solid foundation in biochemistry, genetics, cell biology, and laboratory techniques, along with strong analytical and critical thinking skills.CollaborationThe programme offers you a unique learning environment that combines biosciences and technology with a specific focus on health. The study options are flexible and the teaching groups small. During the studies, you will build networks and interact with our world-class research teams that provide many practical training opportunities. As our graduate, you may work as an academic specialist within scientific research or teaching, or in research and development.We collaborate closely with the Finnish-taught programme and the international engineering programme in the field of biomedical sciences offered by the Faculty of Medicine and Health Technology, the Master's Programme in Biomedical Sciences and Engineering (MSc Tech), which has four specialization options:Medical Physics and Biomedical InstrumentationBiomedical Informatics (engineering)Biomaterials and Tissue EngineeringBiomedical Micro- and NanodevicesWelcome to join our multidisciplinary, multinational expert community of biomedical sciences!

Peace, Mediation and Conflict Research (PEACE) provides a multi- and interdisciplinary approach to peace and conflict research. The programme was ranked as a Top 10 degree in conflict resolution and peacebuilding by the Peacekeeper in 2017.The programme facilitates the understanding of the complex nature of wars and conflicts as well as their short- and long-term consequences. It focuses not only on the study of conflict but primarily on its transformation and on the conditions for peaceful change. The programme also examines how different actors can respond to discrimination, human rights violations and forced displacement.During their studies, students learn about the preconditions for conflict transformation and sustainable peace in local, international and global contexts. Special emphasis is placed on various tools and phases of conflict transformation - peacebuilding, mediation, reconciliation and dialogue.PEACE examines, for example, how violent conflicts, ethnic and religious discrimination and human rights violations produce forced displacement and how different actors can respond to these crisis situations.During their studies, students learn about the preconditions for conflict resolution and sustainable peace in local, international and global contexts. Special emphasis is placed on various tools and phases of conflict transformation - peacebuilding, mediation, reconciliation and dialogue.Master’s programme in Peace, Mediation and Conflict Research is hosted by Tampere Peace Research Institute (TAPRI), which is internationally acknowledged for its high quality research since its founding in 1969. Close contacts with the research community at TAPRI guarantees the high level of teaching and allows the students to have a dialogue with experts in the field.Furthermore, the teaching draws from close contacts with practitioners in the fields of conflict resolution, civilian crisis management and mediation, giving students an excellent opportunity to engage with practitioners.

Study photonics technologies – for a more sustainable future!With photonics, the science and technology of light, you can make an impact to improve our daily lives sustainably. Producing, using and controlling light is key to communications, health care, energy production, manufacturing, safety and security as well as high-tech consumer products. Our Master’s Programme in Photonics Technologies will give you the perfect basis and knowledge for a future career in a rapidly growing industry.World-Class Education with Industry CollaborationOur International Master's Programme in Photonics Technologies offers a comprehensive curriculum that provides deep expertise across a range of photonics fields. You will explore topics such as light-matter interactions, laser technologies, optical system design, semiconductor innovations, and cutting-edge nanofabrication techniques. Specialize in Photonics Materials or Ultrafast Photonics and Lasers, with hands-on laboratory experiences in your studies. Through our industry partnerships, you will gain real-world experience and access to exciting internship opportunities.Bright Career ProspectsPhotonics is a rapidly expanding field, and this degree will equip you with the skills to excel as a high-tech expert in a variety of industries. Your career can lead you to roles as project engineer, technology specialist, developer, or manager in sectors such as healthcare, renewable energy, telecommunications, electronics manufacturing, defense and security, autonomous systems, environmental monitoring, and biotechnology. If academia is your calling, this programme also provides excellent foundations for doctoral studies.Leverage International Networks and Top-tier ResearchTampere University’s extensive international networks will give you a competitive edge in the job market and enrich your academic experience. You will have the opportunity to pursue a double degree in Photonics with Bordeaux University in France, applying during your first year of studies.Additionally, Tampere University is a key partner in the prestigious Erasmus Mundus Joint Master's Degree in EuroPhotonics, an avenue for a globally recognized qualification. There is a separate application process to the EuroPhotonics programme.Our program is grounded in cutting-edge research. Tampere University coordinates the Flagship for Photonics Research and Innovation (PREIN), a leading ecosystem funded by the Research Council of Finland, renowned for its impactful contributions to society.Join us in shaping a more sustainable future by mastering the technologies that will drive tomorrow's world!

Join us at Human-Technology Interaction (HTI)The usefulness and impact of modern digital services depend on well-designed, intuitive user interfaces. HTI studies equips you with expertise in designing, evaluating and constructing pleasurable user interfaces, digital services, and applications of interactive technology. Whether you are shaping early ideas into engaging prototypes or designing for inclusive user experiences, HTI professionals play a crucial role in shaping the way people use and interact with technology.Why choose HTI?Digital products and services become worthwhile only through the interaction between human users and technological features. Modern societies need professionals with thorough understanding of how to design and develop user-friendly, innovative, and sustainable digital products and services, as well as engaging ways to interact with them.We offer a globally remarkable set of coursesMaster’s degree studies in Human-Technology Interaction (HTI) offer a rich array of courses in human-computer interaction, human-centred design, user research, and creative & critical thinking. You will gain know-how on interaction design and user interface design, user experience evaluation, user psychology, human-centred software development processes, usability engineering, multimodal human-computer interaction, accessibility, cross-cultural and sustainable design, gamified and playful design approaches, as well as qualitative and quantitative research skills to study people as users of IT. From technological viewpoint, the studies cover modern user interfaces in mobile and desktop applications, virtual and augmented reality, human-robot interaction, collaboration technologies, industrial machinery, and many other emerging technologies. HTI is a multidisciplinary field, meaning that you will work with professionals with different backgrounds.Research-led educationOur education builds strongly on the research conducted in the Tampere University Computer-Human Interaction (TAUCHI) research centre and the Gameful Realities research centre. Also check this video about why HTI matters in daily life.Career prospectsYou may further specialise in one of our three professional profiles:1) Designer: e.g., UI design, UX design, service design, sustainable design.2) Interaction developer: e.g., front-end, interactivity, rapid prototyping.3) HTI Researcher: e.g., user research, evaluation, impact assessment.All these profiles are in high demand in the software business, consultancies, and academia—both in Finland and globally. We also offer advanced courses on various research-led themes, such as multimodal interaction, sociotechnical systems, gamification, and emerging interaction technologies. These help you to build a unique expert profile that is competitive in the job market. In a broader sense, you will learn how technology affects people’s lives and how to design efficient, engaging, and ethical digital products and services. The degree leads you to hands-on work in various course projects and provides basics for scientific thinking and writing. The studies also give a solid basis for you to continue with doctoral studies in the field.Human-Technology Interaction is one of the specialisations in the Master’s Programme in Computing Sciences and Electrical Engineering.

There’s an increasing global demand for experts and highly qualified professionals within the fields of national and international security. This need has been recognized by public agencies, international organizations, businesses, and NGOs working within the field of security management and international security. Solving societal and organizational problems posed by the continuously changing security environment require experts who can innovatively and strategically integrate state-of-the art scientific knowledge to domain of security from both public administration and international relations.The Master’s Programme in Security Management and Politics (SAFER) educates experts who specialise in either International Security or Security Governance. Depending on their major, students graduate with a Master’s Degree in Social Sciences, MSc (International Security) or Master’s Degree in Administrative Sciences, MSc (Security Governance).

Cyber Security is not an illusionSecurity is no longer optional – it is essential. From the browser you use to shop over the Internet, the mobile phone you hold conversations over, the bank card in your wallet, the way you travel, your car keys, and even casting electronic votes.The specialisation in Information Security offers a comprehensive and in-depth education in information security, preparing students for a wide range of career paths. Our foundational courses provide essential security and privacy skills, and subsequent courses allow you to specialize in specific security domains. The demand for security professionals has never been higher and it is growing at an astounding pace!Excellent Research OpportunitiesOur research spans from theoretical to applied aspects of security and privacy, and everywhere in between. Our research appears in globally top ranked venues such as IEEE Symposium on Security and Privacy, ACM Conference on Computer and Communications Security, and USENIX Security Symposium, to name a few – major recruiting outlets for both industry and academia. Our research projects are financed ranging from Business Finland, Academy of Finland, EU Horizon, to the European Research Council. Please see additional information on Network and Information Security Group (NISEC).Great Career OpportunitiesThe need for cyber security experts is growing constantly. Students completing our specialisation have wealth of career options, ranging from various industry security professionals to continuing on the research path in our doctoral programme, driven by our research-based teaching methods.information Security (MSc Tech) is one of the engineering specialisations in the Master’s Programme in Computing Sciences and Electrical Engineering.

Shape the future of sustainable societies​ In today’s rapidly evolving world, new leadership skills are essential at every level of governance – local, national, international, and global. Societies are navigating a landscape of sustainability challenges and rapid transformation. From addressing urgent environmental and social issues to driving sustainable development in business and governance, the need to visionary leadership has never been greater.​ Who is programme for?​ The Master’s Degree Programme in Leadership for Change is designed for students who are passionate about making a difference. If you are curious about the intersections of business, governance, and sustainability — and want to learn how to foster new forms of engagement across sectors of the economy and society — this programme is for you. ​ Interdisciplinary excellence​ Uniquely combining business studies, administrative sciences and sustainability, the programme offers a holistic approach to leadership and change. With research a driven-curriculum and strong ties to real-world practice, the programme approaches leadership as a capability to drive change. It emphasises the importance of and the mechanisms for collaboration across multiple sectors of society, the multifaceted role of sustainability in transition processes, and the development of competencies needed not only to drive meaningful change in diverse and complex environments, but also lead change processes that contribute to societal wellbeing.   The programme structure includes interdisciplinary joint studies, specialisation specific advanced studies, free choice studies, and a master’s thesis. ​ It enables you to tailor your studies to your interests and career aspirations. ​ When applying to the programme, you may choose from the following options: Governance for Sustainable Change and Sustainable Business Management. Governance for Sustainable Change specialisation​ A cross-cutting theme of the Governance for Sustainable Change specialisation is the role of governance in fostering socially, ecologically, and economically sustainable societies. The specialisation provides you with an in-depth understanding to anticipate, analyse, and respond to the dynamic challenges facing today’s organisations and institutions. It develops competencies to operate with hybrid governance, leadership, policy, planning, and implementation. Additionally, as the governance specialisation is a part of an international programme, it actively supports the development of intercultural skills and competence. Studying in Tampere​ Tampere, with its lively student scene, and Finland, renowned for education excellence and leadership in sustainable development, together offer an ideal location for studying and practicing governance for sustainable change. Beyond the classroom, students will benefit from active engagement with the programme’s student association COMPLEX, which supports networking, community-building, and enriching student life through events and activities.​ Career prospects​ A master’s degree in administrative sciences with a focus on sustainable society opens diverse career opportunities. Graduates of the governance specialisation are equipped for expert roles in public, private and third sector, research, and more – both in Finland and internationally. ​ 

Civil engineering specialist's career pathsExpertise in civil engineering is crucial for developing the safety, security, and the environmental, social, and economic sustainability of our society. A master’s degree in civil engineering offers you a way to develop multidisciplinary expertise related to the built environment and sustainability. A career in civil engineering requires a broad understanding of phenomena related to the development of the built environment, strong problem-solving skills, and the ability to develop, implement and apply new technologies. Graduates with a master’s degree in civil engineering have a broad range of career opportunities, pursuing expert or executive-level careers in Finland or abroad. Potential employers include consulting companies, construction companies, the transport and logistics industry, public organisations at international, national, regional and municipality level, universities and research institutes. You will earn a master’s degree in civil engineering by completing a two-year master’s programme. At Tampere University, you have the opportunity to major in structural engineering, geotechnical engineering or sustainable transport. StudiesEvery building and infrastructure is built on a unique place. Therefore, finding sustainable and economic solutions for the execution of foundations of different types of structures is a huge but interesting challenge that calls for expertise in geology, site investigation methods, soil material properties, ground water and geotechnical analysis methods. Deepening of your knowledge in all these areas is offered in the programme of Geotechnical Engineering. In addition to the construction of normal houses and infrastructures, innovative geotechnical engineering solutions are increasingly needed in the implementation of green transition for instance when wind farms and solar panel fields are built, as well as when recycling of construction materials in infrastructure construction is being advanced. Career opportunities in FinlandFinland has been suffering from a severe shortage of new geotechnical engineers for a long time. That is why our primary aim in Geotechnical Engineering programme is to train new experts that will be employed by Finnish companies operating both nationally and internationally. Together with these companies we will do our best to help you in taking this step.SpecialisationWhen applying to the Master's Programme in Civil Engineering, you may choose from the following options: Structural Engineering, Geotechnical Engineering, and Sustainable Transport.

Expanding from entertainment to other areas of life, games have grown into a form of culture and human interaction that is a crucial part of our social life and current media landscape.The programme is particularly targeted at training experts on games and play. We approach games and play from the interconnected perspectives of games, game players, production of games, and games in cultures. These four perspectives open up to the following four areas: analysing the meaning and form of games and play; understanding the people who play games and the game cultures they create; addressing questions relating to the creation and development of games; and making sense of the societal and cultural framing of games.The programme will give you the academic skills needed to analyse, observe, and understand the developments in this field of study while also encouraging a more pragmatic involvement and hands-on attitude as an expert of games and play.Graduates typically combine the skills and knowledge derived from this programme with previous studies and proficiencies that enable them to work in various professional roles, in research, public sector, as well as in industry. The possible jobs of graduates include researchers, industry professionals, critics, and specialists working with the interpretation, evaluation, and implementation of games and related fields, such as social media.The programme is founded on the long history of education and research conducted at the Tampere University’s Game Research Lab. At Tampere University, this internationally acclaimed research group coordinates the Centre of Excellence in Game Culture Studies funded by the Academy of Finland in 2018-2025.

Our two-year Master's Programme educates professionals in environmental engineering and circular economy. With us you will gain a holistic understanding of environmental problems with skills and knowledge to tackle the challenges. You will learn to design and model environmental technologies and also to use different approaches to evaluate and advance sustainability.To be a successful student in our Master’s Programme, you should have a background in an applicable field of engineering, for example in environmental engineering, civil engineering or natural sciences. We appreciate proficiency in mathematics, a strong motivation and a vision for the future.We offer a variety of courses, allowing you to specialize in areas like water technologies or circular economy. You will start building your career and industry connections during your studies. With the knowledge and an engineering mindset you gain, you'll have promising career opportunities in environmental engineering, including roles such as process engineer, consultant, or project manager. For those interested, pursuing a doctoral degree is also an option.Check for detailed information about studies on the programme webpage.

The modern world depends on embedded systemsEmbedded 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.

Are you interested in helping to create the sustainable cities of the future? The world is facing key challenges such as a changing climate, biodiversity loss, social justice issues, and poverty, and cities are key arenas for addressing these challenges. Tampere University’s Sustainable Urban Development Bachelor’s degree programme teaches the new generation of experts to apply multidisciplinary expertise to help address these challenges and develop the sustainable cities of the future. About the Administrative Science specialisationStudents in the administrative sciences specialisation study basic and intermediate studies in administrative sciences, developing a broad theoretical understanding of societal change, and applying this understanding to develop solutions to challenges of governance and sustainable urban development. Shared courses with students from other specialisations help you understand urban development from several perspectives, develop interdisciplinary thinking skills, and identify novel and constructive ways of solving complex problems. Urban Labs Through challenge-based Urban Lab courses, students are engaged in real-life urban development projects in collaboration with organizations such as the City of Tampere. These courses provide students the opportunity to engage with local urban planners, citizens, and organisations to help identify and understand real-world development challenges, and work in interdisciplinary teams to co-create solutions. You can find out more about the Urban Labs in the Tampere University Urban Lab Blog.Opportunities This programme aims to meet the societal, administrative and concrete need for more societal and environmental problem solvers. All students in the administrative specialisation have a study right to continue their studies in a master’s programme. Graduates from the administrative science specialisation of the Bachelor's programme have found employment in city organizations responsible for urban development and international affairs, research projects within the academia, and companies focusing on urban planning and public participation. The graduates have been appreciated for their interdisciplinary thinking and interpersonal and group work skills gained during their studies.More Information Please see the description of the two other study fields on the following websites:Social Sciences, Sustainable Urban DevelopmentTechnology, Sustainable Urban DevelopmentAll students accepted for this Bachelor’s Programme are automatically given the right to continue their studies for the Master’s degree if they wish to do so. When accepted in the Administrative Sciences, Sustainable Urban Development, you will automatically have the right to continue studies in a master’s programme.

We believe that accessibility should be a norm and this program caters to the increasing need of accessibility professionals in both public and private sectors.StudiesThe Accessibility and Diversity in Digital Services studies equips students to design, develop, and implement accessible digital services and environments for both public and private sectors. The studies do not settle for just web accessibility education but aims to consider various societal domains such as culture, media, and game accessibility, as well as the accessibility of emerging technologies like artificial intelligence and virtual reality.Studies educate students not only to fulfill the needs of accessibility laws but also to design more accessible services beyond the scope of legislation. Furthermore, this specialisation educates students to understand the diverse needs of people with and without disabilities.Project-based learningThe Accessibility and Diversity in Digital Services studies address the urgent need for accessibility expertise in an increasingly digital world. Accessibility should already be taken into account when planning digital services. However, there are many ways in which existing services can be modified to be accessible.As accessibility overlaps with all parts of our lives, the program takes a multidisciplinary approach. This approach recognizes that accessibility is not just a technical issue, but a social one as well, and requires a holistic understanding of the barriers that people with disabilities face.  Moreover, the program is project-based.  During your studies, you will carry out an accessibility project in collaboration with stakeholders. The project work is integrated in the Master’s Thesis. The program aims to be truly accessible to all eligible students.Master’s Degree ProgrammeThe master’s Programme in Sustainable Societies and Digitalisation specialisation in Accessibility and Diversity in Digital Services focuses on awareness of the diversity of digital cultures. After completing the Master’s Programme students understand the role of digital media and communication technology in today’s and future society and recognizes its ethical and societal risks. The programme consists of the following academically independent specialisations with distinct study profiles:Accessibility and Diversity in Digital Services (ADDS)Sustainable Digital Life (SDL)Artificial Intelligence for Sustainable Societies (AISS) (Erasmus Mundus Joint Master’s Programme)

Tampere University offers a unique learning environment for automation engineering. After completing the programme, you will be qualified to pursue a wide range of career opportunities in different fields of factory automation and robotics. You will also have the knowledge and skills to pursue a career in industry or continue your studies towards a doctorate. Please see our unique learning and research environmentsRoboLabTampere - A fab lab for robotics education and R&D,Fast Lab research group andInnovative Hydraulics and Automation (IHA).To be a successful student of Automation Engineering, you need to have a background in an applicable field of engineering with proficiency in mathematics and physics and strong programming skills.The studies consist of two advanced study modules that complement each other. The studies in Factory Automation and Industrial Informatics prepare you to apply systems thinking to design, develop and integrate factory automation and information systems. The robotics module provides you with skills and knowledge related to robotics and the technology involved, such as the fundamentals of robotics, the control of robotics and sensing/perception systems. You can flavor your studies into different directions depending on your interest and career directions you want to take. After graduation, you will have excellent career opportunities in different fields of engineering. The jobs that our graduates have gone into include, for example, project manager, design engineer, application specialist, automation system designer and R&D engineer. With your Master of Science Degree in Technology, you will also have excellent opportunities to continue working in academia as a scientist or pursue a doctoral degree.

Biomedical Sciences and Engineering combines engineering with life sciencesPeople's need for more tailored and cost-efficient implants, devices and health informatics solutions is growing.At the interface between engineering and health sciencesThe biomedical engineering industry is an increasingly important, global high-tech sector. In Finland, the HealthTech industry is especially strong. With the emergence of numerous small enterprises, the fields of biomedical sciences and engineering are rapidly expanding and offer diverse career options. This programme provides you with a solid understanding of the challenges related to biomedical sciences and health technology. You will become familiar with advanced technologies at the interface between engineering and health sciences and have the ability to develop innovative solutions to solve these challenges. You will be able to demonstrate critical thinking and professionalism and pursue a career in industry, a hospital or continue your studies towards a doctoral degree. You may also be a natural-born entrepreneur and launch your own start-up.Biomaterials and Tissue EngineeringStudents who select Biomaterials and Tissue Engineering as a specialization acquire broad knowledge of biomedical materials synthesis and characterization as well as interfacial interaction between biomedical devices and biological moieties. This expertise is essential for the development of several medical applications, such as implant design, disease modeling and novel transplantation therapies aiming for tissue replacement or repair. This specialization explores different aspects of stem cell technology, scaffold design and tissue functionality as well as clinical outcomes and regulations. Our students develop the expertise to become independent experts in industry or academia.CollaborationWe maintain close ties with engineering professionals, life scientists and clinicians, and therefore provide optimal exposure for our students. We enjoy an international reputation for our excellent fundamental and translational (from laboratory to clinic) research. When applying to the Master's programme in Biomedical Sciences and Engineering (MSc Tech), you may choose from the following options:Medical Physics and Biomedical InstrumentationBiomedical InformaticsBiomaterials and Tissue EngineeringBiomedical Micro- and NanodevicesWe collaborate closely with the Finnish-taught programme and the international life science programme in the field of biomedical sciences offered by the Faculty of Medicine and Health Technology, the Master’s programme in Biomedical Technology (MSc), which has three specialization options:Biomedical Informatics (natural sciences)Cell TechnologyMolecular Biology

Biomedical Sciences and Engineering combines engineering with life sciencesInformatics solutions for the future of biomedicine.At the interface between engineering and health sciencesThe biomedical engineering industry is an increasingly important, global high-tech sector. In Finland, the HealthTech industry is especially strong. With the emergence of numerous small enterprises, the fields of biomedical sciences and engineering are rapidly expanding and offer diverse career options. This programme provides you with a solid understanding of the challenges related to biomedical sciences and health technology. You will become familiar with advanced technologies at the interface between engineering and health sciences and have the ability to develop innovative solutions to solve these challenges.The Biomedical Informatics specialization is jointly taught in both our international programmes: Master's programme in Biomedical Sciences and Engineering (MSc Tech)Master’s programme in Biomedical Technology (MSc)Biomedical InformaticsRapidly developing measurement technologies combined with increasing computing resources are transforming biosciences towards health data science. Today, complex datasets are collected to study human health and disease at multiple scales, ranging from molecular and cellular levels to patient, population, and healthcare systems levels. The specialization Biomedical Informatics builds expertise on developing and applying advanced computational methods, including artificial intelligence tools, to address current and future challenges relevant for human health. This specialization provides you with the foundations to become an expert in data science and health informatics, including regulatory requirements.Career opportunitiesYou will be able to demonstrate critical thinking and professionalism and pursue a career in industry, with healthcare providers, or continue on the academic track towards a doctoral degree. You may also be a natural-born entrepreneur and launch your own start-up. Health informatics experts can find careers for example in the IT services industry or with healthcare providers in developing new IT systems. Data science skills enable you to pursue careers to develop algorithms for multidisciplinary problems at the intersection of health and IT, pharmaceutical, biotechnology, or medical device industry, and to work as a bioinformatician or data-scientist in various roles in research and industries focusing for example on big data from molecular level to population level.CollaborationWe foster close collaboration between engineering professionals, life scientists and clinicians, and therefore provide optimal exposure for the students taking part in the degree programme. Our excellent basic and translational (from laboratory to clinic) research is recognised worldwide. When applying to the Master's programme in Biomedical Sciences and Engineering (MSc Tech), you may choose from the following options:Biomedical Informatics (engineering)Medical Physics and Biomedical InstrumentationBiomaterials and Tissue EngineeringBiomedical Micro- and NanodevicesWe collaborate closely with the Finnish-taught programme and the international life science programme in the field of biomedical sciences offered by the Faculty of Medicine and Health Technology, the Master’s programme in Biomedical Technology (MSc), which has three specialization options:Biomedical Informatics (natural sciences)Cell TechnologyMolecular Biology

Biomedical technology for the benefit of human healthInformatics solutions for the future of biomedicine.Hands-on skills in the crossroads of molecular biology, cell technology and biomedical informaticsBiomedical technology is a multidisciplinary field that builds on understanding biological systems on the molecular level and develops new approaches to advance medical and biotechnological applications. The programme brings together expertise and methods in many fields in natural, medical, and engineering sciences: biology, chemistry, medicine, genetics, statistics, and computational and data sciences.When applying to the Master's Programme in Biomedical Technology (MSc), you may choose from the following three options:Biomedical Informatics (natural sciences)Cell TechnologyMolecular BiologyOur target group are students with a background in biosciences, computational sciences or natural sciences who want to attain in-depth knowledge and hands-on skills in the crossroads of molecular biology, cell technology and biomedical informatics, with a special emphasis on areas that have the potential to enhance human health. The courses are firmly grounded on international research and focus on transferring this knowledge into practice.Biomedical InformaticsRapidly developing measurement technologies combined with increasing computing resources are transforming biosciences towards health data science. Today, complex datasets are collected to study human health and disease at multiple scales, ranging from molecular and cellular levels to patient, population, and healthcare systems levels.The specialization Biomedical Informatics builds expertise on developing and applying advanced computational methods, including artificial intelligence tools, to address current and future challenges relevant for human health. This specialization provides you with the foundations to become an expert in data science and health informatics, including regulatory requirements. Health informatics experts can find careers for example in the IT services industry or in hospitals in developing new IT systems for healthcare. Data science skills enable you to pursue careers to develop algorithms for multidisciplinary problems at the intersection of health and IT, pharmaceutical, biotechnology, or medical device industry, and to work as a bioinformatician or data-scientist in various roles in research and industries focusing for example on big data from molecular level to population level. The Biomedical Informatics specialization is jointly taught in both our international programmes.To succeed in Biomedical Informatics, you need a solid background in eithercomputational or biological sciences. A successful applicant from biosciences will have a background in e.g. molecular or cell biology, biochemistry or genetics with an interest in developing computational skills for data analysis and interpretation. An applicant with computational background will need to show interest in learning biomedical principles that enable advancement of human health.CollaborationThe programme offers you a unique learning environment that combines biosciences and technology with a specific focus on health. The study options are flexible and the teaching groups small. During the studies, you will build networks and interact with our world-class research teams that provide many practical training opportunities. As our graduate, you may work as an academic specialist within scientific research or teaching, or in research and development.We collaborate closely with the Finnish-taught programme and the international engineering programme in the field of biomedical sciences offered by the Faculty of Medicine and Health Technology, the Master's Programme in Biomedical Sciences and Engineering (MSc Tech), which has four specialization options:Medical Physics and Biomedical InstrumentationBiomedical Informatics (engineering)Biomaterials and Tissue EngineeringBiomedical Micro- and NanodevicesWelcome to join our multidisciplinary, multinational expert community of biomedical sciences!

Biomedical Sciences and Engineering combines engineering with life sciencesPeople's need for more tailored and cost-efficient implants, devices and health informatics solutions is growing.At the interface between engineering and health sciencesThe biomedical engineering industry is an increasingly important, global high-tech sector. In Finland, the HealthTech industry is especially strong. With the emergence of numerous small enterprises, the fields of biomedical sciences and engineering are rapidly expanding and offer diverse career options. This programme provides you with a solid understanding of the challenges related to biomedical sciences and health technology. You will become familiar with advanced technologies at the interface between engineering and health sciences and can develop innovative solutions to solve these challenges. You will be able to demonstrate critical thinking and professionalism and pursue a career in industry, a hospital or continue your studies towards a doctoral degree. You may also be a natural-born entrepreneur and launch your own start-up.Biomedical Micro- and NanodevicesThe specialization Biomedical Micro- and Nanodevices focuses on biomedical devices and systems with micro- and nanoscale components, including microsensors, microactuators, microrobots, microfluidics, micro-optics as well as wireless signal and power transfer technologies. If you want to work on e.g. portable devices, wearables, biosensors, or microfluidic chips, this is a good specialization for you. In this specialization, you will learn practical skills in cleanroom microfabrication, characterization of microsensors and actuators, microscopy, and theoretical background to understand physics at the microscale.Miniaturisation has been one of the important technological megatrends in the past decades. Miniaturisation is a key approach to make devices and processes sustainable: by making devices and components smaller, we can make more measurements by using smaller amounts of reagents and samples, more computations with less energy, obtain more data in a shorter time, and make more devices from the same amount of raw materials.Within Finland, this specialization is unique in its interdisciplinarity: you learn the fundamentals of microsystems technology but also its biomedical applications in one whole. This gives you a strong background for designing micro- and nanodevices, but also to understand how these devices can be used in biomedical applications to the benefit of the patient or the user.Career opportunitiesAfter you graduate with this specialization, your future job might be to develop a wearable sensor device for monitoring physiological signals, targeting either patient monitoring or wellness tracking applications. Or you might continue career in academia, researching organ-on-a-chip type of devices. Organ-on-a-chip devices are microfluidic cell culture chips, mimicking the activities of entire organs and thus providing a novel approach for developing new medicines, understanding disease mechanisms, and studying toxicological effects of chemical compounds in vitro. The job market prospects for microtechnologies in Europe remains strong. Recently, EU has launched the European Chips Act, which aims to invest €43 billion in the field, meaning there will be many job openings in related fields within the near future.CollaborationWe foster close collaboration between engineering professionals, life scientists and clinicians, and therefore provide optimal exposure for the students taking part in the degree programme. Our excellent basic and translational (from laboratory to clinic) research is recognised worldwide. When applying to the Master's programme in Biomedical Sciences and Engineering (MSc Tech), you may choose from the following options:Medical Physics and Biomedical InstrumentationBiomedical InformaticsBiomaterials and Tissue EngineeringBiomedical Micro- and NanodevicesWe collaborate closely with the Finnish-taught programme and the international life science programme in the field of biomedical sciences offered by the Faculty of Medicine and Health Technology, the Master’s programme in Biomedical Technology (MSc), which has three specialization options:Biomedical Informatics (natural sciences)Cell TechnologyMolecular Biology

Business and Technology (B&T) focuses on business development in international sales and sourcing networks. Companies operate in global networks; both managers and business development professionals need to understand how these networks work and how they can be managed.In B&T you will develop a thorough understanding of the business processes characteristic of global business-to-business markets and the ability to apply business development practices in international networks. As a special feature, our B&T programme emphasises problem-based learning in projects with the local industry. Our programme combines theory and practice providing students with skills and competences appreciated in the industry; in terms of graduate employment rates, B&T is one of the leading international master's programmes in Europe. An engineering background complemented with B&T is, therefore, an excellent starting point for a career in management.As B&T is targeted at young engineers and engineering graduates, we place special focus on technology-intensive products and services. This pedagogical approach ensures that students are able to take full advantage of their engineering background when repositioning themselves in the management field.

Biomedical technology for the benefit of human healthIn-depth knowledge and practical skills in cell technology, cell and tissue models and tissue engineering for regenerative medicine.Hands-on skills in the crossroads of molecular biology, cell technology and biomedical informaticsBiomedical technology is a multidisciplinary field that builds on understanding biological systems on the molecular level and develops new approaches to advance medical and biotechnological applications. The programme brings together expertise and methods in many fields in natural, medical, and engineering sciences: biology, chemistry, medicine, genetics, statistics, and computational and data sciences.When applying to the Master's Programme in Biomedical Technology (MSc), you may choose from the following three options:Biomedical Informatics (natural sciences)Cell TechnologyMolecular BiologyOur target group are students with a background in biosciences, computational sciences or natural sciences who want to attain in-depth knowledge and hands-on skills in the crossroads of molecular biology, cell technology and biomedical informatics, with a special emphasis on areas that have the potential to enhance human health. The courses are firmly grounded on international research and focus on transferring this knowledge into practice.Cell TechnologyIn cell technology specialization the focus is on human development, tissue biology, cell technologies with specific focus on human stem cell-based applications. After completing the programme, you have comprehensive understanding of the theoretical basis of cell technology and tissue engineering as well as strong methodological expertise in cell technology and you can successfully work and communicate as an academic expert in your own field of expertise in a multidisciplinary work environment.You are eligible to apply for the Cell Technology option if you have solid previous background studies in cell biology and culture of mammalian cells.CollaborationThe programme offers you a unique learning environment that combines biosciences and technology with a specific focus on health. The study options are flexible and the teaching groups small. During the studies, you will build networks and interact with our world-class research teams that provide many practical training opportunities. As our graduate, you may work as an academic specialist within scientific research or teaching, or in research and development.We collaborate closely with the Finnish-taught programme and the international engineering programme in the field of biomedical sciences offered by the Faculty of Medicine and Health Technology, the Master's Programme in Biomedical Sciences and Engineering (MSc Tech), which has four specialization options:Medical Physics and Biomedical InstrumentationBiomedical Informatics (engineering)Biomaterials and Tissue EngineeringBiomedical Micro- and NanodevicesWelcome to join our multidisciplinary, multinational expert community of biomedical sciences!

Effective communication networks enable our digital worldDigitalisation is here to stay. The ongoing digitalisation builds on an efficient communications infrastructure.Communication Systems Run the Digital WorldThe ongoing and all-encompassing digitalisation process, which will eventually penetrate all industries and the whole society, builds largely on efficient communications infrastructures. The associated Internet-of-Things (IoT) and Industrial Internet paradigms refer to the future connected and programmable world, where not only people but also all things are able to communicate. They will have a significant impact on different vertical industries, such as energy, transportation, defence, logistics and manufacturing. Another prevailing trend in society and industry is robotisation. Modern inventions, such as autonomous cars and drones, strongly rely on highly efficient and reliable wireless communications. Finally, increasing use of modern artificial intelligence methods at different protocol layers is a major future trend.Become a Modern Communication Systems expertThe studies in Communication Systems and Networks focus on Future Internet, computer networks and the evolving and emerging (4G, 5G and beyond – 6G) wireless broadband and multi-service communication systems, which are crucial elements for the future connected world.As a student you can freely specialise in the following focus areas:Networking and Computer Networks covers various aspects of wired and wireless packet switched networks and the Future Internet.Radio Systems and Networks provides you a theoretical understanding and skills related to the practical optimisation and planning of wireless radio communication systems and networks.We offer you a unique learning environment for Communication Systems and Networks. Please see additional information on research conducted in the field of Communication Systems and Networks at Tampere University.Communication Systems and Networks (MSc Tech) is one of the engineering specialisations in the Master’s Programme in Computing Sciences and Electrical Engineering.

Comparative Social Policy and Welfare (COSOPO) provides an interdisciplinary approach to contemporary societies in Europe and facilitates understanding social policy and welfare issues in global, national and local contexts. In this programme, you are able to develop skills for understanding and analysing the development of societies and for engaging with sustainable welfare and policy solutions.Our graduates work around the world for national and local governments, private companies, non-governmental organisations, and academia. During the studies, you will learn the dynamics of social policy in countries that represent different welfare models and may choose a specialisation based on your interest in some area of social policy. You will concentrate on comparative designs and practise qualitative and quantitative policy analysis. As a part of the studies, you may improve your future employment prospects by gaining work experience as a trainee or doing voluntary work for three months.During your studies in the COSOPO programme, you will get experience from two European universities as the programme is jointly organized by Tampere University (Finland) and Johannes Kepler University Linz (Austria). The programme combines contact teaching with online learning. Once in a semester, the students and teachers of both universities have a joint intensive period for 1-2 weeks. This is an obligatory part of the programme. The rest of the academic year you will be studying on-line which allows you to flexibly plan your schedule.Master’s Programme in Social Science Research focuses on the contemporary issues and problems of governance, conflicts and policy in the globalizing world/society. The programme consists of the following academically independent specialisations with distinct study profiles:Comparative Social Policy and WelfarePublic Policy Analysis

Make big sense of big dataHow do self-driving cars navigate city streets? How do streaming platforms predict what you’ll enjoy watching next? How can health data reveal life-saving insights, or social media data show what topics matter to millions of people? The answer is data science.Data science combines computer science, mathematics, and statistics with modern methods like machine learning, AI, and data engineering. It gives us the tools to turn massive, messy datasets into knowledge, predictions, and practical solutions. From robots and medicine to culture, society, and the economy, it is data science that helps us understand complex systems and shape the future.Experts in large-scale data analysis are urgently needed to tackle today’s complex quantitative challenges. These include automated understanding of text documents, conversations, and social media content; building intelligent search engines; uncovering data-driven insights into society, the economy, and global culture; developing medical and biological applications; and enabling autonomous systems such as self-driving cars and robots.Tampere University offers three related specialisations that involve the analysis, modelling, prediction, and computation with big data: the Data Science (MSc) specialisation and the Statistical Data Analytics (MSc) specialisation, which focus on computational and statistical algorithms for data mining and machine learning, and the Signal Processing and Machine Learning (MSc Tech) specialisation, which focuses on engineering accurate predictive machine learning models.The Data Science (MSc) specialisation features similar topic areas as the Statistical Data Analytics specialisation, with the Data Science (MSc) specialisation placing more emphasis on algorithmic and computational aspects of data science and artificial intelligence.The Data Science (MSc) specialisation focuses on the algorithmic and computational foundations of data analysis, machine learning, and artificial intelligence. You will study methods ranging from probabilistic modelling and efficient data mining algorithms to advanced deep learning with neural networks and network analysis. In addition to mastering these techniques, you will also learn to interpret results critically and present them effectively to decision-makers through clear summaries and visualisations.Data Science is one of the specialisations in the Master’s Programme in Computing Sciences and Electrical Engineering.

The main objectives of the IPPE Programme are to increase knowledge and understanding of major public health problems, particularly in low-and middle-income countries, and to build sustainable public health capacity in these countries by collaborating with global partners in the field. The Programme trains epidemiologists and public health personnel for leadership positions in research, administration, program planning and policy development.The selected PhD candidates will spend the 2025 to 2026 academic year (from August 2025 to May 2026) in Tampere, Finland to complete the required coursework and to prepare a comprehensive research plan for their PhD thesis.The bulk of field research, data analysis and reporting, however, is generally conducted after completion of coursework either in Finland or abroad during three to four additional years. The doctoral dissertation consists of at least three original scientific papers published in international, peer-reviewed journals and a thesis synthesizing the research findings. After successful public examination and defense of the dissertation, a doctoral degree (PhD) in epidemiology or related public health discipline is awarded.