Course
Have you ever thought about how often you turn to the Internet throughout the day? Whether it be ordering a book or ticket online, checking the latest news or writing an email, everyday life without the Internet is nearly unimaginable. But wouldn’t it be nice to know how all of this is possible? This course will teach you about the technological foundation of this worldwide network. You will learn about its physical foundation of data transmission based on the functional principles and technologies of local area networks (LANs) and wide area networks (WANs). The TCP/IP reference model – the “heart” of the Internet – and its protocols and countless applications, will be presented in the units to follow. Participants will gain comprehensive insight into the complex world of Internet technologies. In clear terms, you will receive the knowledge to unlock the mysteries of the Internet.
Offered by Prof. Dr. Christoph Meinel | Last updated on Sep 17, 2026 | 12170 enrollments
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Prof. Dr. Christoph Meinel
Christoph Meinel (Univ.-Prof., Dr.rer.nat., Dr.sc.nat., 1954) was Managing and Scientific Director of the Hasso Plattner Institute for Digital Engineering gGmbH (HPI) until March 2023. He is a full professor (C4) for Informatics at the university of Potsdam and has the chair for "Internet Technology and Systems" at the HPI. From 2017 to 2021 he was the founding dean of the Digital Engineering Faculty of the University of Potsdam. Now he is president of the German University of Digital Science, the first digital university in Germany.
His research interests are broadly diversified in the area of innovative Internet applications and systems, especially in digital education, e-learning & tele-teaching, artifical intelligence and deep learing, and Internet and information security. He is also active in the field of innovation research and investigates the Stanford innovation method design thinking. Former research interest were in telemedicine, as well as in the theoretical foundations of computer science in the areas of complexity theory and efficient OBDD-based algorithms and data structures.