The Computational Psychology and Computational Methods Lab (CPCM Lab) focuses on the use of computational approaches to study the human mind and behaviour.
Our work is cross-disciplinary and seeks to answer two questions:
We collect data in psychological experiments and develop and apply techniques from natural language processing, machine learning, and statistical modelling to better understand human behaviour and psychological processes.
Our lab brings together researchers with backgrounds in Psychology, Computer Science, Neuroscience, Artificial Intelligence, Linguistics, Mathematics, Law, and Cognitive Science.
The CPCM Lab is based at the Department of Methodology and Statistics at Tilburg University.
Associate Professor, Lab director
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Computational methods in psychology, machine learning for behavioural data, and methodological foundations of computational social science.
Postdoc
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Opportunities and challenges of automated verbal deception detection
This project investigates how and to what extent computational approaches stemming from machine learning and natural language processing can advance verbal deception detection at large-scale.
Doctoral Researcher
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Assessing the artificial mind through the marriage of natural language processing and psychometrics
My project is focused on understanding generative language models through psychological measurement frameworks. My work focuses on if – and how – psychometric approaches can be used to validly assess the behaviour of these models
Doctoral Researcher
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Computational methods to measure, understand, and influence prosocial behavior and trust
In our project, we apply and develop methods and tools to measure and model the dynamics of trust and prosocial behaviors - individually and at scale. Also, we explore how LLMs, apps, and other technologies, as well as humans, can actively influence these behaviors in potentially harmful or potentially constructive directions.
Doctoral Researcher
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Text-mining methods for theory development in psychological and social science research
My PhD project develops text mining methods to automatically detect and parse causal claims in social science texts. It turns unstructured prose into structured who-causes-what representations and encodes them as Directed Acyclic Graphs (DAGs). This lets researchers identify recurring causal patterns, generate testable hypotheses, and conduct transparent evidence synthesis and theory refinement.
Doctoral Researcher
Adolescent-Specific Assessment and Psychotherapy (ASAP): Innovating Idiographic Methods for Youth-Tailored Care
Doctoral Researcher
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Spin: Questionable Research Practices in Scientific Reporting
Investigating the concept of spin (primarily found in biomedicine) and relating it to the concept of questionable research practices (primarily found in psychology). Investigating the prevalence and impact of spin in psychological research.
Doctoral Researcher
Understanding decision-making in transport behaviour through social media data
Thesis student / research assistant
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Psychological theories of deception and deception detection
As part of my master’s thesis, this project aims to improve our understanding of deception and deception detection from a psychological perspective.
Thesis student
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Misleading Deception Classifiers with Model-Based and Human Paraphrasing Attacks
This project investigates whether automated deception classifiers (machine learning) are vulnerable to intentional modification of credibility statements. We also investigate how humans and large language models think those systems understand credibility.
Visiting Doctoral Researcher (Central China Normal University)
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Decoding distorted interpretations of ambiguity from text data
Everyday life is full of ambiguous social situations, and biased / inflexible interpretations of these situations are linked to depression and anxiety. Our work focuses on leveraging linguistic indicators of interpretation processes to improve understanding, measurement, and intervention methods that are more ecologically valid and translatable to real-world mental health.
Research assistant
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Simulated vs. genuine empathy
This project tries to disentangle human perceptions of LLM generated empathetic text from the ‘objective’ convincingness. This study builds on and tries to extend the investigation of stochastic empathy.
Research assistant
Simulated vs. genuine empathy
This project tries to disentangle human perceptions of LLM generated empathetic text from the ‘objective’ convincingness. This study builds on and tries to extend the investigation of stochastic empathy.
The CPCM Lab investigates how computational methods can enhance our understanding of the human mind and behaviour, and how psychological research can inform our understanding of computational models.
Developing the methods needed to advance computational psychology research
Using computational text analysis to study and predict psychological constructs in humans (e.g., cynicism, emotion, deception)
How can I join the CPCM lab?
Lab members are typically postdocs, PhD students, thesis students or research interns/assistants. Thesis projects are advertised in the programmes we are involved in. There are various routes for PhD projects (e.g., a funded position via university employment, a joint PhD with another university, self-funding). All positions that are connected to employment (typically for 4 years) are publicly advertised. If you are interested in a research internship, please identify a topic you are interested in that aligns with the lab’s focus and is relevant to at least one other lab member. Reach out to Bennett via email then. Research internships should last at least 6 months since projects require a solid embedding in psychological research and computational methods..
Computational Psychology and Computational Methods Lab (CPCM
Lab)
Dr. Bennett Kleinberg, Department of Methodology and Statistics, Tilburg
University, The Netherlands
📧 [mailto:bennett.kleinberg@tilburguniversity.edu;]
© 2025 CPCM Lab — Understanding Human Behaviour through Experiments, Data, and Computational Methods