PhD-Position on socio-technical aspects of hardware security (m,f,x) for 3 years with 39,83 hours per week, TV-L E13

The Ruhr area, one of Europe’s largest metropolitan regions, provides attractive career opportunities for outstanding scientists and scholars from around the world. In 2021, Ruhr University Bochum, TU Dortmund University, and the University of Duisburg-Essen established the Research Alliance Ruhr to consolidate their pioneering international research on humanity's most pressing challenges. This alliance encompasses four research centers and a college, marking a new chapter in our enduring collaboration as the University Alliance Ruhr (UA Ruhr), a vibrant community of 14,000 researchers and 120,000 students located in the heart of Germany. Join us and contribute to cutting-edge research at RC Trust, where innovation meets real-world impact.

As part of the Research Alliance Ruhr, the Research Center for Trustworthy Data Science and Security unites the expertise of its member universities to bridge the gaps between Psychology & Social Sciences, Artificial Intelligence & Machine Learning, Data Science & Statistical Learning, and Cybersecurity & Privacy.

The Research Alliance Ruhr, a collaborative initiative by the three major universities in the Ruhr area, was established through the Ruhr Conference. It encompasses four research centers: “One Health Ruhr,” “Chemical Sciences and Sustainability,” “Trustworthy Data Science and Security,” and “Future Energy Materials and Systems.” Additionally, it includes a “College for Social Sciences and Humanities.”

The Research Alliance Ruhr is appointing up to 50 research professors and offers numerous positions for research assistants. Join us in creating innovations for the future within Europe’s most densely populated yet greenest university landscape, where a diverse range of scientific and industrial partners are readily accessible.

The Junior Research Group "Human-Centered Hardware Security" is part of the Research Center for Trustworthy Data Science and Security. We study hardware security from a human-centered perspective to promote transparency and trust in digital systems. By combining insights from hardware security, cognitive science, and educational research, we develop advanced techniques for hardware reverse engineering and Trojan detection, explore the cognitive processes involved, and create tools and materials to facilitate hardware security analysis and education.