Single-Case Designs for Applied Research

Craig H. Kennedy is a professor of educational psychology and pediatrics at the University of Connecticut. He received his terminal degree from the University of California, Santa Barbara (Education), masters degree from the University of Oregon (Special Education), and bachelors degree from the University of California, Santa Barbara (Experimental Psychology). He spent much of his academic career at Vanderbilt University where he was a professor of special education and pediatrics and served as Department Chair and Senior Associate Dean. He has also served as Provost and Executive Vice President of Academic Affairs at the University of Connecticut and Dean of Education at the University of Georgia. He is a board-certified behavior analyst whose research focuses on health conditions and challenging behavior in people with autism and other neurodevelopmental disabilities. His early research focused on establishing and developing video modeling and peer support strategies as evidence-based practices. He is currently Editor-in-Chief of Research and Practice for Persons with Severe Disabilities and is a former Associate Editor of the Journal of Applied Behavior Analysis and Journal of Behavioral Education. He is a long-time member of the American Psychological Association (APA), Association for Behavior Analysis, and TASH. He is also the inaugural recipient of the B. F. Skinner New Researcher Award from the APA and Alice H. Hayden Early Career Award from TASH. During his career he has published over 180 scholarly papers and secured over $17M in extramural support for his teaching, research, and service.

Part I: The Applied Importance of Research Chapter 1: Why Conduct Experiments? Chapter 2: Translational Foundations Part II: Strategic Issues Chapter 3: Functional Relations Chapter 4: Direct and Systematic Replication Chapter 5: Experimental Questions Chapter 6: Evidence-based Practices Part III: Measurement Chapter 7: Quantifying Behavior Chapter 8: Recording Systems Chapter 9: Variable Integrity Part IV: Design Tactics Chapter 10: A-B-A-B Designs Chapter 11: Multielement Designs Chapter 12: Multiple Baseline Designs Chapter 13: Repeated Acquisition Designs Chapter 14: Brief Experimental Designs Chapter 15: Combined Designs Part V: Analyzing Data Chapter 16: Visual Analysis Chapter 17: Quantitative Analysis Chapter 18: Social Validity References Index