Design the conditions behavior needs—not only the content people should know.
The Audacious Labs Behavioral Architecture Framework is a seven-layer system developed by Erin Green for analyzing, designing, and building learning programs that install behavior—not merely teach content.
The framework begins with the observable action people must perform in real work, then identifies the habits, tools, skills, knowledge, mindsets, and environmental conditions required to make that behavior possible.
Developed by Erin Green, Founder and CEO of Audacious Labs. Meet Erin Green
Failure Points
Stress-tests whether the behavior can survive real conditions
- 2Habits to Replace
- 3Tools and Environment
- 4Skills Required
- 5Foundational Knowledge
- 6Beliefs and Identity
Why can a well-designed course still fail to change behavior?
A course can be clear, engaging, and instructionally sound while still leaving out something the behavior requires. The learner may understand what to do but lack the skill, tool, cue, confidence, opportunity, or workplace support needed to do it consistently.
Failure 1
The behavior was never defined precisely
The program teaches a topic or objective without specifying the observable action, work context, and performance standard expected afterward.
Failure 2
The program built knowledge but not capability
Learners receive explanation but insufficient realistic practice, feedback, tools, or support for independent performance.
Failure 3
The workplace keeps reinforcing the old behavior
Processes, systems, incentives, managers, competing demands, or missing resources make the intended action difficult to perform or sustain.
Behavior change is not created by content alone. It emerges when the required action and the conditions supporting it are designed as one system.
What are the seven layers of Behavioral Architecture?
The seven layers identify the complete set of program and workplace conditions Audacious Labs examines when determining what must be built, strengthened, supplied, or changed.
- 1
Layer 1: Observable Habits and Behaviors
- Question
- What should people do differently in real work?
- Definition
- The observable action, work context, conditions, and performance standard the program is intended to produce.
- Design implication
- The program cannot be designed responsibly until the target behavior is specific enough to observe and evaluate.
- 2
Layer 2: Habits to Replace
- Question
- What happens today instead?
- Definition
- The existing routines, shortcuts, avoidance patterns, workarounds, or automatic responses competing with the intended behavior.
- Design implication
- New behavior must be designed to replace or interrupt something that already occurs.
- 3
Layer 3: Tools and Environment
- Question
- What must be available at the moment of action?
- Definition
- The job aids, systems, templates, prompts, workflows, resources, access, authority, or environmental supports required for performance.
- Design implication
- A learner cannot perform reliably when essential tools are missing, difficult to access, or poorly integrated into the workflow.
- 4
Layer 4: Skills Required
- Question
- What must the learner be able to perform?
- Definition
- The observable capabilities, judgments, decisions, communication, procedures, and problem-solving actions required by the observable habits and behaviors.
- Design implication
- Skills require realistic practice and feedback—not explanation alone.
- 5
Layer 5: Foundational Knowledge
- Question
- What must the learner understand before those skills are possible?
- Definition
- The concepts, facts, distinctions, mental models, policies, and prerequisite knowledge supporting competent action.
- Design implication
- Knowledge is included because a skill or decision depends on it—not simply because the content is available.
- 6
Layer 6: Beliefs and Identity
- Question
- What beliefs, expectations, or identity conditions affect action?
- Definition
- Confidence, perceived control, assumptions, motivation, identity, values, expectations, and beliefs that influence whether a person begins or persists.
- Design implication
- A person may possess the knowledge and skill while still avoiding the behavior because it feels unsafe, irrelevant, impossible, or inconsistent with their role.
- 7
Layer 7: Failure Points
- Question
- What could still prevent performance?
- Definition
- The organizational, environmental, social, managerial, procedural, incentive, workload, access, and implementation conditions that may block the behavior.
- Design implication
- This layer stress-tests the complete architecture against the conditions learners will encounter in real work.
The first six layers define the architecture. The seventh tests whether the behavior can survive real conditions.
How does Audacious Labs use Behavioral Architecture?
Audacious Labs assesses an existing program from the intended behavior downward, then designs the solution from the foundational conditions upward.
ASSESS TOP-DOWN
Starting point
Observable Habits and Behaviors
Sequence
- 1Clarify the intended behavior
- 2Identify what currently happens instead
- 3Evaluate whether the required tools exist
- 4Evaluate whether the required skills are built
- 5Evaluate whether the required knowledge is present
- 6Examine mindsets affecting action
- 7Stress-test the architecture against barriers
Outcome
A clear view of what is strong, missing, misaligned, or likely to break down.
DESIGN BOTTOM-UP
Starting point
The conditions required for performance
Sequence
- 1Address barriers that make performance impossible
- 2Support the mindsets that make action possible
- 3Build only the knowledge required by the skills
- 4Design realistic skill practice and feedback
- 5Supply and integrate the required tools
- 6Interrupt or replace competing habits
- 7Connect every element to the observable habits and behaviors
Outcome
A program in which content, practice, tools, learner support, and workplace conditions reinforce the same behavior.
Assessing top-down protects the work from vague outcomes. Designing bottom-up protects the work from content-first production.
How does a behavior move from understanding to reliable performance?
A learner’s needs change as the behavior develops. Recognizing the correct action is not the same as performing it with support, performing it independently, or sustaining it in real conditions.
- 1
Awareness
The learner recognizes the behavior, understands why it matters, and can identify what successful performance looks like.
Design requirement: Clear relevance, examples, distinctions, and orientation to the target behavior.
- 2
Conscious Incompetence
The learner understands the expectation but cannot yet perform it reliably.
Design requirement: Psychological safety, modeling, scaffolding, guided practice, and feedback.
- 3
Conscious Competence
The learner can perform the behavior with attention, effort, appropriate tools, and realistic practice.
Design requirement: Varied practice, workplace application, feedback, transfer support, and progressively reduced assistance.
- 4
Automatic Habit
Repeatable component behaviors become easier and more reliable through appropriate cues, repetition, tools, reinforcement, and context.
Design requirement: Stable cues, friction reduction, repetition in context, reinforcement, recovery after disruption, and workplace support.
Not every complex workplace behavior becomes unconscious. Audacious Labs uses “automatic habit” for repeatable component behaviors and “installed behavior” for the broader outcome of people behaving differently and consistently over time.
The framework does not assume every learner begins at the same stage or moves through the stages at the same pace.
Is Behavioral Architecture the same as the free diagnostic?
No. Behavioral Architecture is the complete seven-layer methodology Audacious Labs uses in professional analysis, strategy, design, and quality review. The diagnostic is a high-level self-assessment based on three representative questions per layer.
Behavioral Architecture
Full professional framework
Includes
- Detailed discovery and analysis
- Stakeholder and subject-matter-expert input
- Review of source content and existing materials
- Audience and work-context analysis
- Complete layer-by-layer reasoning
- Program or Course Blueprint development
- Professional recommendations and design decisions
Purpose
Guide strategy, program design, development, and quality review.
Behavioral Architecture Diagnostic
Free high-level self-assessment
Includes
- One current learning program
- Seven layers
- Three representative questions per layer
- An immediate Seven-Layer Behavioral Architecture Profile
- High-level strengths and potential risks
Purpose
Surface questions that deserve attention and help the visitor identify a possible starting point.
Limitation: The diagnostic does not evaluate every program component, validate the quality of individual assets, establish causation, provide a psychometrically validated score, or replace a detailed Behavioral Architecture analysis.
What informs the Behavioral Architecture framework?
Behavioral Architecture was developed by Erin Green as a practical synthesis for learning-program analysis and design. Its underlying principles are informed by established research and applied frameworks across behavior change, motivation, learning, memory, practice, transfer, environmental design, and related fields.
Transparency: The framework itself is an Audacious Labs synthesis. No single theory defines or validates the complete seven-layer system, and the framework does not guarantee a particular business or performance result.
Questions about Behavioral Architecture
Find out what your current program may be missing.
Use the free diagnostic for an immediate high-level profile, or discuss a Strategy & Architecture engagement when the initiative requires detailed analysis, stakeholder alignment, and a decision-ready Program or Course Blueprint.
No email required for the diagnostic. Immediate result. A high-level self-assessment—not a formal audit.