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Making behavioral technology transferable.

H S Pennypacker, L L Hench

The Behavior Analyst

|April 6, 2012

Summary

This summary is machine-generated.

Developing transferable behavioral technologies requires specific strategies, not just research methods. Engineering principles like quantification, repetition, and verification can guide this process for broader application.

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Area of Science:

Behavioral science and technology development
Engineering principles in applied science

Background:

Limited transfer of behavioral technologies hinders practical application.
Current focus is on research methods, not technology development strategies.
Need for standardized criteria to ensure technology transferability.

Purpose of the Study:

To identify reasons for the lack of transferred behavioral technologies.
To propose strategies for developing transferable behavioral technologies.
To adapt engineering principles for behavioral technology development.

Main Methods:

Analysis of existing strategies for behavioral research and technology development.
Examination of engineering practices for transforming research into standardized technologies.
Case study: Application of engineering criteria (quantification, repetition, verification) to vitrification and nuclear waste storage.
Illustration with examples from behavior analysis.

Main Results:

Paucity of transferred behavioral technologies stems from a lack of transferability-focused development strategies.
Engineering criteria (quantification, repetition, verification) provide a framework for developing robust technologies.
Vitrification technology serves as a model for applying these criteria.

Conclusions:

Adopting engineering-like development strategies is crucial for advancing behavioral technologies.
Implementing criteria of quantification, repetition, and verification will accelerate technology transfer.
Suggested practice changes can enhance the development and application of behavioral technologies.