Quispel, Lennart PhD
Presence: Wed. / Fr.
Building: Citadel, room H442
Telephone: +31 (0)53 – 489 6517
Secretary: +31 (0)53 – 489 5279
Fax: +31 (0)53 – 489 2388
I studied Cognitive Science, Engineering management, and Artificial Intelligence, graduating with a Master of Science in Cognitive Science and Engineering. After gradudation, I did Human Factors research at the University of Gronigen for some years, and then became software engineer and game designer for serious games and simulation. In 2015 I got back to research again, starting as a Phd Student at the University of Twente at the Department Psychology of Conflict, Risk and Safety.
My current research project is called “Closing the gap between the real world and the lab.”
In this project I study risk perception and social factors influencing this perception. Social amplification of risks may exaggerate or attenuate perceptions of risks, which has consequences for society and policy responses. This calls for tools that can trace changes in risk perception and corresponding behavioral changes in societies over long time-scales explicitly accounting for social interactions.
Laboratory experiments are an effective method to study behavioral changes., but their external validity is often criticized because of their small scale, short-time span and artificiality. Computer simulations, most notably agent-based modeling simulations (ABMS), are powerful in studying long-term dynamics of artificial societies but often lack empirical basis for behavioral rules. The aim of my project is to combine both approaches to answer the following questions. What is the impact of social influence on individual risk perception and subsequent behavior change as compared to when people are exposed to information individually? How do results of a laboratory experiment change when extended in time and scaled-up within a controlled largescale experiment?
Quispel, L., Warris, S., Heemskerk, M., Mulder, L.J.M., Brookhuis, K.A., Van Wolffelaar, P.C. (2001). Automan, a psychologically based model of a human driver. In F.J. Maarse, A.E.Akkerman,A.N. Brand and L.J.M. Mulder (Eds.). Clinical Asessment, Computerized Methods and Instrumentation. Lisse, The Netherlands: Swets & Zeitlinger.
Ben Mulder, Dick de Waard, Piet Hoogeboom, Lennart Quispel, Arjan Stuiver. (2007). Towards a Companion: using physiological measures for task adaptation. In Westerink, J.H.D.M.; Ouwerkerk, M.; Overbeek, T.J.M.; Pasveer, W.F.; de Ruyter, B. (Eds.). Probing Experiences From academic research to commercial propositions. Philips research book series, Vol. 8. The Netherlands, Springer
Mulder, L.J.M, Van Roon, A.M, Althaus, M. , Veldman, J.B.P., Laumann, K., Bos, J.,Quispel, L., Dicke, M.. (2002) Determining dynamic cardiovascular state changes using a baro-reflex simulation model. Human Factors and Ergonomics Society, Europe Chapter, Annual Meeting 2001.