Instructor: Dr. Steve Kass
Office: Building 41, Room 230
Phone: 474-2107
Email: skass@uwf.edu
Class meets: Mondays & Wednesdays, 1:00pm to 2:15pm in 41/139
Office Hours: M, W 2:30pm to 4:30pm, T 10:00am to 12:00pm.
Required Text: Wickens, C. D., & Hollands, J. G. (2000).
Engineering
Psychology and Human Performance, 3rd edition, Upper Saddle River,
NJ: Prentice Hall.
Additional readings (see
list) will be assigned. Click
here to go to Library On-line readings.
Suggested Readings:
Casey, S. (1993). Set Phasers on Stun and Other True Tales
of Design, Technology, and Human Error, Santa Barbara, CA: Aegean Publishing
Company.
Norman, D. A. (1990). The Design of Everyday Things, 1st edition, New York, NY: Doubleday Publishing.
Course Description: This course is recommended for psychology students interested in seeing how the principles of their study apply to work design, or for students of computer science and other disciplines who would like to learn about the human user/operator side of a system. This course is intended as a survey of the field of human factors psychology. Specifically, the principles of psychology from various specialty areas (e.g., cognitive, experimental, industrial/organizational, physiological etc.) will be applied to the study of human performance in work settings. Students will learn how work is designed to capitalize on cognitive and physical capabilities and compensate for limitations of humans. Students will also become familiar with the tools and techniques that human factors psychologists use to study human-machine interaction and work design.
Course Content: Course topics include information processing, cognitive workload, sustained attention, signal detection, spatial abilities, virtual environments, safety, warnings, displays and controls, decision making, and stress. The instructor will draw on real world examples of human factors principles and provide demonstrations. Also, the class may go on tours of local organizations (e.g., Champion, NAMRL, IHMC) to observe human factors psychology in both research and practice.
Requirements: Students will be graded on 2 essay exams (25% each), a research paper (25%), and a design project with presentation (25%).
Design project: Students will find and photograph or describe
a system they believe to have design flaws. Each student will present the
design and describe the human factors principles that have been violated
and propose how the design can be improved. The findings will be presented
to the class in a 10-15 minute presentation using the student’s medium
of choice.
Click
here for my own personal example of a bad design or visit the Bad
Designs Website
Research Paper: Students will write an 8-12 page (APA style)
paper addressing an area of interest to them. They will review research
addressing that area and propose a topic of research.
Very Tentative Schedule
|
|
|
|
| 1 | Introductions | |
| 2 | Introduction to Human Factors (See Slides 1, 2, 3) | W&H 1, articles |
| 3 | SDT, Vigilance
Lab demo (SDT Homework) |
W&H 2, article |
| 4 | Attention (Link to eyetracking site, Stroop effect ) | W&H 3, articles |
| 5 | Spatial / Visual Perception & Displays (Link
to 3-D images)
(See Slides of Depth cues, Response comp/exp, Optical Illusions) |
W&H 4, articles |
| 6 | Virtual Environments/Reality
VE demos |
W&H 5, articles |
| 7 | Exam #1 | |
| 8 | Language, Communication, Signage, Multimedia (Link
to Bad Signs)
(Example Icons) (Sign Homework) |
W&H 6, articles |
| 9 | Memory, Training, Situation Awareness | W&H 7, articles |
| 10 | Decision Making (IP model of DM) (DSS Model) | W&H 8, articles |
| 11 | Action/Reaction, Forced-Choice, Speed-Accuracy
Research Papers Due |
W&H 9, articles |
| 12 | Spring Break | |
| 13 | Multi-tasking, Workload
Field trip to Champion (HW: have HF questions ready) |
W&H 11, article |
| 14 | Stress & Effects on Performance, Human Error
(Homework: System Reliability and THERP) |
W&H 12, articles |
| 15 | Complex Systems, Automation | W&H 13, articles |
| 16 | Presentations | |
| 17 | Final Exam |