How do humans interact with each other? How about with robots? In this project, we empirically examine (1) how the theories of intergroup behaviors in human psychology can be applied to human-robot interaction, and (2) whether behaviors observed in human-robot interaction transfer to human-human interaction or vice versa. We may also work on other mini-projects along the way!
Students will conduct an experiment in which a human and a robot interact with each other. We use NAO and/or Pepper by Softbank Robotics (see pictures below). The project takes an interdisciplinary perspective using theories from psychology and methods from computer science, communication studies, and other related fields. As such, students from different fields are encouraged to apply.
Students will be closely working with the supervisors and graduate students and be responsible for various aspects of the study such as theoretical and methodological discussions, conducting experiments, and coding data. In addition to demonstrating their knowledge on research methods into practice, students will take a leading and active role in recruiting and communicating with participants. Students must stay and work on campus for the duration of the PURE Project (or beyond) while taking turns to have their time off.
How do I apply?:
If you are interested in this project, in addition to applying through the PURE system (due at 16:00 on April 22, 2024), please fill out our application by 23:59 on April 15, 2024 23:59 on April 19, 2024 (Our deadline is one week three days earlier than the official PURE deadline!) from here.
Note. Deadline has been extended due to many requests. If you have already submitted your application (thank you!), no need to do anything, but you can re-submit it if you really wish (just because everyone should be granted the same amount of time to complete it).
Required qualifications:
- able to stay and work on campus for the duration of the PURE Project
- open to new experiences and able to adapt to new and/or changing circumstances
- interest in social psychology, human-robot interaction, and cognitive science
- intellectual curiosity and the ability to learn new skills and knowledge independently
- highly comfortable in social interactions and will take an active role in participant recruitment and communication
- team player who is not afraid to ask for help, can take feedback, and is eager to help others
- excellent communication skills in Turkish
- moderate to advanced communication skills in English
Desirable but not required qualifications:
- research experience in psychological experiments
- programming skills in Python and/or other languages
- experience in digital designs and social media management
Feel free to contact us at mltlab.fass@sabanciuniv.edu if you have any questions!
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