The course is a cooperation with the team of Prof. Sabine Ammon (TU Berlin) and the team of Prof. Christoph Benzmüller (U Bamberg & FU Berlin)

Further details on the course are also available at: https://www.tu.berlin/en/philtech/study-and-teaching/ethics-and-epistemology-of-ai 

Important onboarding meeting: 

Wed 17/04/2024 12:00 - 14:00

Where: https://tu-berlin.zoom.us/j/69422535197?pwd=ODhUbG00MjE0Qlovcnp1UzgybHY1Zz09

Note that the course will effectively start with a block event (full day) in the week from April 29 to May 3 at TU Berlin. Please reserve these days!

Content:

Students will learn to critically assess the relationship between technology and society and to analyze the interactions between technology and society from an ethical perspective. Furthermore, students will deal with the deconstruction of the concept of neutrality of technology and learn to critically assess it. At the same time, the environment will be taken as a stakeholder in its own right in order to consider the impact of technological applications from a sustainability perspective. The course will provide students with the necessary theoretical foundations stemming from both Computer Science (in particular AI and digital technologies) and Ethics. This knowledge will be put into practice and deepened through case-based projects carried out in interdisciplinary groups.

Knowledge:

• Acquiring an understanding of foundational concepts of Philosophy and Ethics of Artificial Intelligence (AI) and their application in research and practice in the field;
• acquiring an overview of the current ethical challenges in AI;
• transdisciplinary perspectives on these said challenges (including sociological, ecological, political, economic, cultural, historical issues, etc.).

Skills:

• Critical discussion and evaluation of various current perspectives among ethical debates in Philosophy and Ethics of AI;
• development of own argumentative positions based on the fundamental concepts of Philosophy and Ethics of AI (articulation of logical reasoning supported by examples);
• drafting of current and practical case studies in relation to contemporary societal challenges and assessment of these case studies through interdisciplinary perspectives.

Competencies:

• Ability to apply methods of interdisciplinary cooperation, specifically at the intersection of humanities/social sciences and natural/technical sciences;
• ability to discuss and integrate critical feminist, queer and anti-racist perspectives on science, i.e., how sociotechnical problems surrounding race, gender, sexuality, status, class, ability etc. relate to institutional structures of power and domination;
• effective self-management in a collaborative group setting.