Lab 1A features 15 desktop computers. A control room is situated next to the lab. This arrangement allows you to conduct experiments with up to 15 participants at a time.
Features: 15 client computers, control room with two admin computers.
Lab 1B is a flexible room which can be rearranged as needed. It is suitable for small workshops, virtual reality set-ups, teaching etc.
Features: 45 chairs, six folding tables, one movable 75'' flat screen TV for presentations, videos etc.
Lab 1C, Lab 1E and Lab 2 consist of seven small lab rooms suitable for experiments with 1-2 participants at a time. They all feature blackout curtains and soundproof doors.
Lab 2A (eyetracking) is suitable for eyetracking experiments and features the EyeLink 1000
Lab 2B (eyetracking) is suitable for eyetracking experiments and features Tobii T60 XL
Lab 2C is suitable for computer-based experiments and features a desktop computer
Lab 2D is suitable for computer-based experiments and features a desktop computer
Lab 2E is suitable for computer-based experiments and features a desktop computer
Lab 1C is suitable for computer-based experiments and features a desktop computer
Lab 1E (EEG) is designed to alleviate electromagnetic interference by routing wiring away from the room and employing 12 V DC lighting.
In Lab 2 there are desktop computers situated across six rooms. The rooms feature soundproof walls and are apt for a diversity of research designs, including studies that include eye tracking and psychophysiological measures.
Lab 1 is our computer-based interaction lab, featuring 16 desktop in each lab (totalling 32 client computers) and two admin computers. The latter are positioned in a control room, situated between the two labs.
For those wanting to run research outside the Lab, it is possible to borrow laptops for an agreed length of time. Lab management evaluate such applications on a case-by-case basis.
In Lab 2 there are desktop computers situated across six rooms. The rooms feature soundproof walls and are apt for a diversity of research designs, including studies that include eye tracking and psychophysiological measures.