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FBA & Assessments

Overview

Classroom Pulse provides a comprehensive suite of Functional Behavior Assessment (FBA) tools designed to help educators and behavior analysts identify the function of challenging behaviors. These tools follow BCBA-aligned methodologies and generate data that can inform effective Behavior Intervention Plans (BIPs).

📋

FBA Interview Generator

Essential+

AI-powered interview guides for teachers, parents, and students

🔬

Trial-Based FA (TBFA)

Professional+

Structured trial pairs to test behavior function hypotheses

📊

ABC Data Collection

Starter+

Antecedent-Behavior-Consequence tracking for pattern analysis

Preference Assessments

Essential+

Identify potential reinforcers through systematic assessment

Professional Review Required

All FBA data and AI-generated hypotheses should be reviewed by a qualified professional (BCBA, School Psychologist, or Special Education Specialist) before being used to develop intervention plans.

FBA Interview Generator

The FBA Interview Generator creates customized interview protocols based on the student's profile and the behaviors you're assessing. It uses AI to generate contextually relevant questions and analyze responses for function indicators.

Interview Types

Quick Screening

Starter+

3/month

Rapid assessment to identify primary function indicators. Best for initial screening or progress monitoring.

5-10 minutes10-15 questions

Focused Interview

Essential+

5/month

In-depth exploration of specific function hypotheses. Includes setting-specific questions.

15-20 minutes25-30 questions

Comprehensive FBA

Professional+

Unlimited

Full functional assessment covering all domains. Generates detailed hypothesis report with evidence.

30-45 minutes50+ questions

How to Conduct an FBA Interview

FBA Interview Generator start screen

Shows the interview type selection with student selector and behavior dropdown

/images/help/fba-interview-start.png
  1. 1

    Select a Student

    Navigate to Assessments → FBA Interviewand select the student you're assessing from the dropdown menu.

  2. 2

    Choose Target Behavior

    Select the specific behavior you want to assess. The interview questions will be customized based on this behavior's operational definition.

  3. 3

    Select Interview Type

    Choose Quick Screening, Focused, or Comprehensive based on your needs and time available.

  4. 4

    Select Respondent Type

    Indicate who you're interviewing: Teacher, Parent/Guardian, Student, or Paraprofessional. Questions adapt based on the respondent's perspective.

  5. 5

    Conduct the Interview

    Work through the generated questions, recording responses. The AI tracks patterns as you go.

  6. 6

    Review AI Analysis

    After completing the interview, review the AI-generated function hypothesis and supporting evidence.

FBA Interview question interface

Shows an active interview with question, response options, and progress indicator

/images/help/fba-interview-questions.png

FBA Interview results and hypothesis

Shows the completed interview summary with AI-generated function hypothesis

/images/help/fba-interview-results.png

Multi-Informant Approach

For the most accurate function hypothesis, conduct interviews with multiple informants (teacher, parent, student if appropriate). The system will synthesize responses across interviews to identify convergent and divergent patterns.

Trial-Based Functional Analysis (TBFA)

Professional+

TBFA is a structured method for testing function hypotheses through brief trial pairs. Each pair includes a control condition (function not available) and a test condition (function available), allowing you to observe differential responding.

Key Concepts

Trial Pair

Two brief trials: one control, one test. The order is randomized to prevent sequence effects.

Control Condition

The hypothesized function is NOT available. Low behavior rates expected.

Test Condition

The hypothesized function IS available contingent on behavior. Higher rates expected if hypothesis is correct.

Differentiation

Clear difference between control and test rates suggests the function hypothesis is supported.

Creating a TBFA Session

TBFA new session creation

Shows the TBFA session setup form with student selection, behavior definition, and function selection

/images/help/tbfa-new-session.png
  1. 1

    Navigate to TBFA

    Go to TBFA from the main navigation menu.

  2. 2

    Create New Session

    Click New Session and select the student.

  3. 3

    Define Target Behavior

    Enter a clear operational definition of the behavior you're assessing.

  4. 4

    Select Functions to Test

    Choose which functions to test: Attention, Escape, Tangible, and/or Automatic.

  5. 5

    Configure Session Parameters

    Set trial duration, ITI (inter-trial interval), and safety thresholds.

  6. 6

    Review Scripts

    The system generates condition-specific scripts. Review and customize if needed.

Running Trial Pairs

TBFA trial runner interface

Shows the trial runner with condition script, timing controls, and behavior recording buttons

/images/help/tbfa-trial-runner.png

Trial Runner Features

  • Condition Scripts: Step-by-step guidance for each condition
  • Latency Timer: Auto-captures time from antecedent to behavior
  • Duration Timer: Track how long behavior episodes last
  • Intensity Rating: Optional 1-5 scale for behavior intensity
  • ITI Countdown: Timer between trial pairs to reset conditions
  • Offline Support: Data saves locally and syncs when connected

Safety Thresholds

TBFA includes automatic safety pauses. If behavior intensity reaches level 4+ or you record 3+ consecutive high-intensity trials, the session automatically pauses for safety review. A BCBA or supervisor should evaluate before resuming.

Interpreting Results

TBFA results chart

Shows the differentiation chart comparing control vs test rates across functions

/images/help/tbfa-results.png
DifferentiationInterpretationNext Steps
StrongClear difference between control and test (≥50% higher in test)Function hypothesis supported; proceed to BIP development
ModerateSome difference visible (25-50% higher in test)Consider additional trial pairs or supplementary data
Weak/NoneNo clear difference between conditionsHypothesis not supported; test alternative functions

ABC Data Collection

Starter+

ABC (Antecedent-Behavior-Consequence) data collection is the foundation of functional assessment. It helps identify patterns in what happens before and after behaviors, providing crucial context for understanding function.

Recording ABC Data

Quick Log with ABC fields

Shows the Quick Log form with antecedent, behavior, and consequence fields expanded

/images/help/abc-quick-log.png
AAntecedent
  • Demand placed
  • Attention removed
  • Transition announced
  • Preferred item denied
  • Peer interaction
BBehavior
  • Physical aggression
  • Verbal refusal
  • Elopement
  • Property destruction
  • Self-injury
CConsequence
  • Task removed
  • Attention provided
  • Item given
  • Redirection
  • Ignore/no response

Using Quick Log for ABC Data

  1. 1

    Open Quick Log

    Press Q or tap the Quick Log button from any screen.

  2. 2

    Select Student & Behavior

    Choose the student and the behavior that occurred.

  3. 3

    Expand ABC Fields

    Click Show ABC Details to reveal antecedent and consequence fields.

  4. 4

    Record Context

    Select or type the antecedent (what happened before) and consequence (what happened after).

  5. 5

    Add Optional Details

    Include setting, time, duration, and any notes for additional context.

ABC pattern analysis report

Shows the ABC analysis view with antecedent and consequence frequency charts

/images/help/abc-analysis.png

Consistent Terminology

Use consistent terms for antecedents and consequences. The system learns your common entries and suggests them for faster logging. This also improves pattern detection.

Preference Assessments

Essential+

Preference assessments help identify items, activities, and interactions that may serve as effective reinforcers for behavior intervention plans. Classroom Pulse supports multiple assessment methods.

Assessment Types

Student Survey

Age-appropriate questionnaire for students to self-report preferences across categories (activities, items, social, sensory).

Best for: Students who can communicate preferences verbally or in writing

Open Assessment

Caregiver Interview

Structured interview to gather parent/teacher observations about the student's preferred items and activities.

Best for: Younger students or those with limited communication

Open Assessment

Observation-Based

Systematic observation of free-choice time to identify naturally preferred items and activities.

Best for: Validating reported preferences with actual behavior

Open Assessment

Student preference survey

Shows the student-friendly preference survey with visual icons and rating scale

/images/help/preference-survey.png

Conducting a Preference Assessment

  1. 1

    Navigate to Assessments

    Go to Assessments → Preference from the navigation menu.

  2. 2

    Select Student

    Choose the student you're assessing.

  3. 3

    Choose Assessment Type

    Select the appropriate method based on student abilities and context.

  4. 4

    Complete Assessment

    Work through the assessment items, recording responses.

  5. 5

    Review Results

    View the ranked preference list and category breakdown.

Preference assessment results

Shows preference ranking by category with visual hierarchy

/images/help/preference-results.png

Reinforcer Assessments

Essential+

While preference assessments identify what students like, reinforcer assessments validate which items actually function as reinforcers (increase behavior when delivered contingently).

Reinforcer Inventory

The reinforcer inventory tracks all identified reinforcers for a student, including:

Reinforcer inventory screen

Shows the reinforcer inventory with items, categories, and effectiveness ratings

/images/help/reinforcer-inventory.png
  • Item/activity name and category
  • Delivery method (token, immediate, activity break)
  • Satiation risk (high, medium, low)
  • Effectiveness rating over time
  • Notes on optimal use conditions

Effectiveness Tracking

Track how well each reinforcer works over time to identify satiation and maintain a current menu of effective options.

Reinforcer effectiveness tracking

Shows effectiveness trends over time with satiation indicators

/images/help/reinforcer-effectiveness.png

Rotating Reinforcers

The system can suggest when to rotate reinforcers based on effectiveness trends. This helps prevent satiation and maintains reinforcer potency.

Function Hypothesis Development

Classroom Pulse uses AI to synthesize data from multiple sources and generate evidence-based function hypotheses. This feature combines:

📊

ABC Data Patterns

Analyzes antecedent and consequence frequencies

📋

Interview Responses

Incorporates informant perspectives

🔬

TBFA Results

Uses experimental differentiation data

📈

Behavior Trends

Considers temporal patterns and context

AI-generated function hypothesis

Shows the function hypothesis report with evidence summary and confidence levels

/images/help/function-hypothesis.png

Hypothesis Report Components

  • 1.
    Primary Function

    Most likely function with confidence percentage

  • 2.
    Supporting Evidence

    Data points that support the hypothesis

  • 3.
    Alternative Hypotheses

    Other possible functions to consider

  • 4.
    Recommended Next Steps

    Actions to confirm or refine the hypothesis

  • 5.
    Intervention Suggestions

    Function-based intervention strategies

AI as Decision Support

AI-generated hypotheses are decision support tools, not diagnoses. Always have a qualified professional review the data and hypothesis before developing interventions.

Complete FBA Workflow

Follow this recommended workflow for a comprehensive functional behavior assessment:

1

Define Target Behavior

Create a clear, observable, measurable operational definition of the behavior.

Student ProfileOperational Definitions
2

Collect Baseline ABC Data

Gather 5-10 ABC data points to identify initial patterns and context.

Quick LogABC Data Collection
3

Conduct FBA Interviews

Interview teachers, parents, and student (if appropriate) to gather multiple perspectives.

FBA Interview Generator
4

Review AI Hypothesis

Examine the AI-generated function hypothesis based on collected data.

Function HypothesisAI Insights
5

Test Hypothesis with TBFA

Run trial pairs to experimentally test the function hypothesis (if needed).

TBFATrial Runner
6

Conduct Preference Assessment

Identify potential reinforcers for the intervention plan.

Preference SurveyReinforcer Inventory
7

Develop BIP

Create a function-based Behavior Intervention Plan with the confirmed hypothesis.

BIP GeneratorAI BIP Draft

FBA workflow progress dashboard

Shows the student's FBA progress with completed and pending assessment steps

/images/help/fba-workflow-dashboard.png

Related Resources