By Matt Harrington, BCBA · Behaviorist Book Club · April 2026 · 12 min read
Turn-taking is one of the most foundational social skills targeted in applied behavior analysis practice, yet its complexity is frequently underestimated. At its core, turn-taking requires a learner to wait while another person engages with a shared activity, then resume engagement when signaled to do so. This deceptively simple description conceals a web of prerequisite skills: attention to others, tolerance of delayed access to preferred items, the ability to track social cues, and rudimentary joint attention.
For behavior analysts working with learners who have autism spectrum disorder or other developmental disabilities, deficits in turn-taking compound across contexts. A child who cannot take turns during play struggles to engage in cooperative games, to participate in classroom group activities, and eventually to manage workplace collaborative tasks. The downstream consequences of untreated turn-taking deficits are significant, making systematic instruction in this area a priority across the lifespan.
The ABA literature treats turn-taking as a verbal behavior and social operant shaped through differential reinforcement, prompting hierarchies, and careful manipulation of establishing operations. Unlike rote academic skills, turn-taking is inherently dyadic — it only exists in relation to another person — which means training must be embedded in naturalistic interactions, not merely discrete trial formats. Behavior analysts must understand how to arrange social environments so that turns are meaningful, reinforcing, and frequent enough to produce durable learning.
This course provides the procedural roadmap for doing exactly that. From identifying prerequisite skills through task analysis to programming for generalization across partners and settings, the content equips practitioners with a step-by-step framework grounded in behavioral principles.
Turn-taking has been studied across developmental psychology and behavior analysis for decades, with both traditions converging on its importance as a building block of social reciprocity. From a behavioral perspective, turn-taking can be conceptualized as a chain of operants: waiting (a response maintained by an eventual turn), signaling readiness, executing one's turn, and returning to the waiting state. Each link in that chain is trainable using standard behavioral procedures.
Early behavioral research on social skills often bundled turn-taking into broad social skills packages. More recent work has decomposed it into discrete component skills, which allows clinicians to identify exactly where a learner's performance breaks down. A learner may have the motor skills to engage with an activity but lack the stimulus control to respond to another person's verbal or gestural cue that it is their turn. Another learner may initiate turns appropriately but fail to wait, repeatedly grabbing a shared item before the partner has finished. Pinpointing the failure point changes the intervention.
Motivating operations (MOs) are especially relevant to turn-taking instruction. The value of taking a turn is directly tied to the current value of the item or activity being shared. If a learner has had unlimited free access to a preferred toy, the motivation to wait for a turn with it is diminished. Behavior analysts use controlled access — presenting preferred activities in structured turn-taking contexts rather than allowing free play — to establish the MO that makes waiting and turn-taking reinforcing in the first place.
Stimulus control also plays a central role. Learners must come to respond differentially to cues that signal 'your turn' versus 'my turn,' and these cues must be systematically introduced and faded as naturalness of the interaction increases. Understanding this stimulus control framework guides practitioners in designing instruction that transfers control from artificial prompts to natural social stimuli.
Implementing turn-taking programs requires careful attention to prerequisite skill assessment before instruction begins. A learner who has not yet mastered tolerating brief delays in reinforcement, attending to another person's actions, or waiting without engaging in problem behavior will be unlikely to succeed in turn-taking training without first addressing those foundational deficits. Premature introduction of turn-taking programs can produce escape-motivated problem behavior if the demands exceed the learner's current repertoire.
Task analysis is the primary tool for operationalizing turn-taking. A typical task analysis might include: gaining access to the activity, engaging with the item for a specified duration, releasing the item when given the signal, waiting while the partner takes their turn, and re-engaging when cued. Each step is taught through a combination of modeling, least-to-most prompting, and differential reinforcement of correct responding.
Generalization planning must begin at the outset of instruction, not after mastery with one partner in one setting. Behavior analysts should use multiple exemplar training — varying partners, settings, activities, and cue forms — throughout the instructional sequence rather than waiting until a learner reaches criterion with a single arrangement. The BACB's Ethics Code (1.01) requires practitioners to rely on scientific knowledge, and the generalization literature consistently shows that teaching only to criterion with a single example fails to produce durable, generalized social skills.
Peer-mediated interventions offer a particularly powerful context for turn-taking training. Training typically developing peers or classroom facilitators to prompt and reinforce turn-taking creates naturalistic practice opportunities that approximate the social environments learners will ultimately encounter. Behavior analysts coordinating these arrangements must ensure peer trainers receive adequate support and that data collection systems are feasible for the setting.
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Several ethical obligations from the BACB Ethics Code directly bear on turn-taking instruction. Code 2.01 requires that behavior analysts use evidence-based interventions appropriate to the learner's needs. When selecting turn-taking procedures, this means grounding choices in peer-reviewed literature and task-analyzing the skill rather than relying on informal or anecdotal approaches.
Code 4.07 addresses the use of least restrictive procedures. In turn-taking instruction, this principle applies to the selection of prompting strategies and the management of problem behavior that may emerge during waiting intervals. If a learner engages in problem behavior when required to wait for a turn, the behavior analyst must conduct a thorough functional assessment before implementing any consequence-based procedure. Assuming the behavior is attention-maintained or escape-motivated without data is a Code 2.01 violation.
Code 2.09 concerns the discontinuation of services and transition planning. When a learner has mastered turn-taking in a clinical setting, the behavior analyst must actively plan for maintenance and generalization rather than simply discharging the goal. This includes documenting mastery criteria, providing caregivers with maintenance protocols, and conducting follow-up probes to confirm skills have held.
Fidelity to treatment is another ethical consideration. Turn-taking programs involve multiple staff and caregivers across environments. If implementation fidelity is not monitored, drift in prompting procedures or reinforcement schedules can undermine skill acquisition and produce frustration for learners. Behavior analysts are responsible under Code 4.01 for supervising and supporting those who carry out their programs, which includes structured fidelity checks and feedback.
Finally, family and caregiver involvement should be prioritized. Caregivers who understand why turn-taking is clinically significant and how to prompt it at home are essential partners in generalization. Behavior analysts should invest time in parent training as a core component of any turn-taking program.
Before writing a turn-taking program, a behavior analyst should conduct a skills-based assessment to identify exactly where the learner's performance breaks down. This begins with probing prerequisite skills: Can the learner delay gratification for brief intervals? Does the learner attend to the actions of a partner? Does the learner have functional communication that allows them to request or reject items?
Formal tools such as the ABLLS-R, VB-MAPP, or AFLS include items related to turn-taking and social interaction that can help establish a developmental baseline. Informal probes using preferred items under controlled conditions can reveal the learner's current tolerating-delay threshold, which informs how long initial turn intervals should be and how quickly they can be shaped upward.
Once instruction begins, data should be collected on each step of the task analysis to identify which links are mastered, which are emerging, and which remain absent. This step-level data is far more clinically useful than global data on whether the learner 'took turns today,' because it pinpoints exactly where instruction needs to be intensified or scaffolding adjusted.
Decision rules for prompting level changes, duration of turns, and the introduction of new partners should be specified in the program before instruction begins. Without predetermined decision rules, practitioners tend to keep programs at comfortable difficulty levels rather than systematically challenging the learner. Common decision rules include moving to a less intrusive prompt after three consecutive correct responses, or increasing turn duration by five seconds after three sessions at or above 80% accuracy.
Progress monitoring should also include indirect measures such as caregiver and teacher report of spontaneous turn-taking in naturalistic settings. If probe data shows mastery in the training environment but caregivers report no turn-taking occurring at home, the generalization plan needs revision.
Behavior analysts can apply the principles covered in this course immediately across a range of caseload settings. In early intervention, embedding turn-taking instruction into naturally reinforcing play routines — bubble play, sensory toys, simple games — creates high-frequency practice opportunities that maintain motivation and support generalization without requiring separate discrete trial blocks.
In school-based settings, turn-taking programs can be aligned with inclusive classroom activities such as group games, circle time, and cooperative academic tasks. Behavior analysts working in schools should collaborate with classroom teachers to identify natural turn-taking opportunities throughout the school day and build brief, low-burden data collection systems that can be implemented by paraprofessionals.
For practitioners supervising RBTs or BCaBAs, turn-taking programs are an excellent vehicle for teaching task analysis-based instruction, prompting hierarchies, and generalization planning, because the skill is concrete enough to operationalize clearly and clinically meaningful enough to maintain trainee motivation.
Clinic-based practitioners should think carefully about how they schedule and structure turn-taking sessions. Pairing a high-value activity with structured turn-taking and then releasing the activity for free play immediately after a session can inadvertently undermine the motivating operation for future sessions. Thoughtful scheduling of access to preferred materials around turn-taking sessions is part of competent program implementation.
Across all settings, maintaining high-quality data is the non-negotiable backbone of effective turn-taking programs. When data are collected consistently and reviewed regularly, practitioners can respond quickly to plateaus, prompt dependency, or emerging problem behavior before these issues become entrenched. Turn-taking may seem like a simple goal, but its successful treatment reflects the full depth of behavior analytic clinical skill.
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Turn-taking — ABA Courses · 1 BACB General CEUs · $0
Take This Course →All behavior-analytic intervention is individualized. The information on this page is for educational purposes and does not constitute clinical advice. Treatment decisions should be informed by the best available published research, individualized assessment, and obtained with the informed consent of the client or their legal guardian. Behavior analysts are responsible for practicing within the boundaries of their competence and adhering to the BACB Ethics Code for Behavior Analysts.