Student Type: Degree student

  • Entrepreneurship in international contexts

    Course contents This course introduces you to the topic of entrepreneurs operating in international contexts and their business activities, exploring how individuals operate businesses across national borders. We start by exploring the theoretical foundations of international entrepreneurship in the context of global migration trends, including concepts such as diaspora networks, social capital, and internationalisation strategies.…

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  • Networked AI systems

    Max amount of FITech students: 15 Persons without a valid study right at a Finnish university or university of applied sciences have preference to this course. Discover the crucial link between Networking and AI. Learn how to leverage AI for networking and how networking is key to enabling multiple AI systems. Course contents Learning outcomes…

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  • Privacy and social engineering

    Max amount of FITech students: 10 Persons without a valid study right at a Finnish university or university of applied sciences have preference to this course. This course gives an introduction to privacy in our digital world and the threat of social engineering in cybersecurity. Course contents Presentation of the concepts, regulation and technologies related…

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  • Elements of sustainable ICT

    Information and Communication Technologies (ICT) has had a great positive effect in many sectors to help lower our carbon emissions and enable an environmentally sustainable future – a climate-positive handprint. Some classic examples include virtual meetings and conferencing, remote teaching, more efficient energy production and optimised traffic and logistics. However, at the same time ICT…

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  • Geopolitics of hydrogen

    Max amount of FITech students: 20 Persons without a valid study right at a Finnish university or university of applied sciences have preference to this course. This course examines the emerging geopolitics of hydrogen. This involves political risks along with economic and power political competition among producer and consumer countries of hydrogen and related derivative…

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  • Future energy storage and conversion solutions

    Introduction to different energy storage technologies, batteries, current and future of batteries in road transportation and stationary applications, hydrogen technology, fuel cells, electrolyzer, and fuel cell electric vehicles, hybrid energy storage, flywheel and their applications in heavy trucks, ships and marine solutions and electric planes. This 5 ECTS course consists of three separate parts/courses: Part…

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  • Catalytic processes and materials in sustainable hydrogen production

    The course introduces you to catalytic chemistry in hydrogen production and materials used in electro- and photo-catalytic methods. The 3+2 credit course created by JYU is self-paced and taken online in two parts. Course contents Learning outcomes After successfully completing this course, the student Course material Lessons and conceptual questions on Moodle. Completion methods The…

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  • Cross-cultural marketing and management

    Managers and marketers often overlook culture when planning their marketing activities, strategies and other important business processes. However, consideration of culture in international business has been documented as crucial both by scholars and practitioners. This course teaches how culture impacts various aspects of marketing and management. The students will receive knowledge on international business from…

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  • Designing and building scalable web applications

    The course introduces learners to the principles of building scalable web applications, focusing on recent advances in both client- and server-side development as well as on platforms and hosting solutions. Architectural patterns and their fit and need for different types of web applications are also considered. Course contents Learning outcomes After the course, the student…

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  • Device-agnostic design

    This course will teach you what device-agnostic design is, what has led to the emergence of device-agnostic design, and what the present issues and challenges in device-agnostic design are. The focus is on hands-on practice, where you will learn to design, implement, and test applications that work on multiple devices. When working on software, we…

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