PTB co-founder Dana Meller puts your understanding of experimental design to the test. What are the critical phases required for a successful and robust experimental setup.
Refer to BCBA® Task List (5th ed.) Section D-5: Use single-subject experimental designs (e.g., reversal, multiple baseline, multielement, changing criterion).
The Proof of Function is in the Reversal Design Pudding Read More
Learn what the most utilized experimental design is for generalization effect. PTB co-founder Dana Meller shares this design’s key features and benefits, allowing us to assess the effects of an independent variable across various settings, subjects, and behaviors.
Refer to BCBA® Task List (5th ed.) Section D-5: Use single-subject experimental designs (e.g., reversal, multiple baseline, multielement, changing criterion).
The Most Utilized Experimental Design for Generalization Effects Read More
Test your ABA terminology with PTB co-founder Dana Meller as she offers guidance to identify the specific experimental design relating to a scenario.
Refer to BCBA® Task List (5th ed.) Section D-5: Use single-subject experimental designs (e.g., reversal, multiple baseline, multielement, changing criterion).
Test your ABA Terminology ➠ Identify This Experimental Design Scenario Read More
Experimental design causes a lot of anxiety. PTB co-founder Dana Meller shares a few shortcuts to help on exam day, eliminating some answer options but also, more importantly, give you a head start on understanding the basics behind each design.
Shortcuts to Understanding the Basics Behind Each Experimental Design Read More
PTB co-founder Dana Meller breaks down a BCBA® mock exam question about baseline logic for a multiple baseline design across behaviors. Dana explains the significance of replication in providing more convincing evidence of a functional relationship and how to make scientific justifications using baseline logic in various designs.
Refer to BCBA® Task List (5th ed.) Section D-3: Identify the defining features of single-subject experimental designs (e.g., individuals serve as their own controls, repeated measures, prediction, verification, replication).
PTB co-founder Dana Meller breaks down a BCBA® mock exam question that explores the difference between measurement confounds and subject confounds, how they relate to threats to internal validity in ABA research.
Refer to BCBA® Task List (5th ed.) Section D-2: Distinguish between internal and external validity.
Test your understanding of ethical considerations in experimental designs with PTB co-founder Dana Meller. Let’s review a BCBA® mock exam question about reversal design and the nuances and concerns associated with this experimental setup.
Refer to BCBA® Task List (5th ed.) Section D-5: Use single-subject experimental designs (e.g., reversal, multiple baseline, multielement, changing criterion).
Let’s Break Down a BCBA® Mock Exam Question: Ethical Considerations in Experimental Design Read More
Hone your experimental design skills through review of a BCBA® mock exam question. PTB co-founder Dana Meller breaks down the crucial aspect of experiments—how they demonstrate changes in behavior attributed to the independent variable.
Refer to BCBA® Task List (5th ed.) Section D-2: Distinguish between internal and external validity.
PTB co-founder explains the different types of validity in ABA.
Refer to BCBA® Task List (5th ed.) Section D-2: Distinguish between internal and external validity.
Experimental Validity: The Relationship between Behavior Change & Independent Variables Read More
Join PTB co-founder Dana Meller as she discusses baseline logic in single-subject experimental designs. Dana breaks down the four essential elements of baseline logic and how these elements play a crucial role in demonstrating experimental control and confirming the effectiveness of interventions.
Refer to BCBA® Task List (5th ed.) Section D-3: Identify the defining features of single-subject experimental designs (e.g., individuals serve as their own controls, repeated measures, prediction, verification, replication).
Experimental Design Terminology ➠ The Baseline Logic Blueprint & the Sum of Its Parts Read More