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Computational Communication Science Group

The Computational Communication Science Group is dedicated to the analysis of digital media content and communication processes as well as the associated changes for individuals and society.

The research group operates at the combination between communication science and computer science, following a strong interdisciplinary approach. The main research interest lies in the fields of (Cognitive) Biases in Digital Media and Social Consequences of Online Media Use.

In addition to traditional methods of communication science, computational methods will be applied, improved, and evaluated.

Research

The Computational Communication Science Group primarily investigates the usage of digital media and its effects on individuals and society. In addition to classical communication science methods, the group focuses on the application and evaluation of computational approaches in communication studies.

Cognitive and Algorithmic Biases in Digital Media

Social Consequences of Online Media Use

iStockphoto / monsitj
TU Ilmenau / Michael Reichel (ari)

Teaching

We offer students a sound education in communication science with close reference to how computational methods can open up insights into topics in communication and social science. This includes theoretical and practical work on methodological and algorithmic challenges that arise in the analysis of digital data and e.g., social media. In doing so, we emphasize high-quality, internationally oriented teaching, including English-language courses and degree programs.

Publications

Schindler, M. (2026). Social media and the smart city: A systematic review of city- and citizen-led digital spaces. Social Media + Society, 0(0). https://doi.org/10.1177/20563051261462375

Schindler, M. (2026). Masspersonal communication and mental health on social media in digital urban contexts (Doctoral dissertation, Technische Universität Ilmenau). https://doi.org/10.22032/dbt.70560

Barreto-Storandt, F., & Domahidi, E. (2026). One field, two realities: A computational study of topic divergence and academic capital in Latin American and international research. Annals of the International Communication Association, Article wlag013. https://doi.org/10.1093/anncom/wlag013

Urman, A., Domahidi, E., Gruber, J. B., Jovančević, A., Maier, M., Gërguri, D., Mazak, J., & Velden, M. (2026). Gender Representation in Large Language Models: A Cross-Linguistic and Cross-Model Analysis. Computational Communication Research, 8(2), 1-39. https://doi.org/10.5117/CCR2026.2.11.URMA 

Niemann-Lenz, J., Schatto-Eckrodt, T., Domahidi, E., & Mahrt, M. (2026). Introduction to the Special Issue “The Datafication of Communication–New Methodological Approaches and Challenges”. Medien & Kommunikationswissenschaft, 74(1), 3-7. https://doi.org/10.5771/1615-634X-2026-1-3

 
benoa/iStockphoto

Team

Head of Group

Prof. Dr. Emese Domahidi

 

Secretary

Leonie Kühn

 

Staff

Christine Wendo King'ang'i, M.A.

Dr. Max Schindler

Dr. Jingyuan Yu

Maximilian Zehring, M.A.

Milin Zhang, M.A.

 

Alumni

Dr. Aliya Andrich 

Felipe Barreto-Storandt, M.A.

Dr. Anke Stoll

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