By Matt Harrington, BCBA · Behaviorist Book Club · April 2026 · 12 min read

Behavioral Skills Training for Critical Safety Skills: Protecting Individuals with Autism and Intellectual Disabilities

Overview & Clinical Significance

Accidental death and serious injury are disproportionately common among individuals with intellectual disabilities and autism spectrum disorder. Drowning, traffic-related accidents, and elopement incidents represent preventable tragedies that behavior analysts are uniquely equipped to address. The behavioral science of safety skill training — particularly the application of behavior skills training (BST) to teach children and adults to respond appropriately to hazardous situations — has a well-established evidence base and directly relevant applications across home, school, and community settings.

Tia Martin's session from the EABA 2025 Summer School places this problem in sharp clinical relief: the skill deficits that characterize many individuals with autism and intellectual disability are not simply inconveniences — they are life-threatening vulnerabilities. Water-based accidents are among the most commonly cited causes of accidental death in the autism population, with elopement and poor traffic safety judgment compounding the risk picture. These are not isolated events but patterns that behavior analysts can intervene on systematically and measurably.

The course addresses both preventative and reactive safety skills, drawing on the broader BST literature to describe how effective safety training is designed and implemented. For BCBAs supervising RBTs, designing home programs, or consulting in school settings, competence in safety skills training is not optional — it is a core clinical responsibility. The social validity of this work is self-evident: few outcomes in behavior analysis carry higher stakes than keeping clients physically safe.

Background & Context

The BST literature on safety skills training has developed substantially since early foundational studies demonstrating that children with developmental disabilities could learn to respond appropriately to fire, stranger approaches, and traffic hazards through structured behavioral instruction. The methodology is well-specified: describe the skill, model appropriate behavior, provide rehearsal opportunities, give immediate corrective and positive feedback, and continue until the learner reaches a mastery criterion under both training and in-situ conditions.

In the context of autism and intellectual disability, several features of BST deserve specific attention. First, generalization must be programmed actively — training that occurs only in a clinical setting rarely produces reliable performance in the real environments where safety behaviors are needed. Multiple training settings, varied stimulus materials, and in-situ probes in naturalistic contexts are essential to establish stimulus generalization. Second, the response latency demands of safety situations are often different from academic or communication skill training; in a genuine emergency, response must be fast and reliable across a wide range of stimulus conditions.

Water safety is highlighted in this course because drowning represents one of the leading causes of unintentional injury death in children with autism. Multiple published studies and clinical reports have established that children with autism are at substantially elevated drowning risk due to attraction to water, elopement behavior, and deficits in self-rescue skills. Behavioral swimming instruction that applies BST principles, combined with safety skill training for parents and caregivers, represents a comprehensive prevention strategy.

Reactive safety skills — what the individual does once in a dangerous situation — complement preventative skills by addressing the possibility that prevention fails. Teaching a child to float, call for help, or perform a water survival sequence extends the intervention beyond simply keeping the child away from water and builds a redundant safety system.

Clinical Implications

For practicing BCBAs, this course has immediate implications for program design across multiple settings. Any behavior analyst who works with individuals who elope, have limited traffic awareness, are attracted to bodies of water, or lack response to emergency prompts should have a clear safety skills protocol in their clinical toolkit.

The design of a safety skills program begins with a functional assessment of risk: What specific scenarios put this individual at risk? What prerequisite skills does the individual have? What environments are most relevant? This assessment informs the selection and sequencing of target behaviors. For water safety, targets might include: staying at arm's length from water without adult proximity, responding to a stop signal near water, back float or basic water survival sequences, and appropriate response to adult redirection.

BST is the implementation vehicle. The BCBA designs the instructional sequence, trains direct-care staff and caregivers in the protocol, and monitors implementation fidelity. Video modeling — a technology well-supported in the autism literature — can supplement live BST for certain safety skills, particularly when naturalistic exposure would itself create risk. In-situ probes (unannounced tests in naturalistic settings) are essential for measuring whether training has produced generalized, reliable responding.

For BCBAs working in school settings, collaborating with physical education teachers, adaptive PE specialists, or community swimming programs can extend the training environment and increase the density of learning opportunities. Collaboration is also indicated when the BCBA's scope of competence reaches its boundary — for swimming instruction itself, coordination with certified aquatic instructors is appropriate, with the BCBA providing behavioral protocol design and staff training.

Ethical Considerations

Safety skills training intersects with several important provisions of the BACB Ethics Code. Code 2.01 requires that behavior analysts deliver services only within competence — BCBAs who design safety skills programs should have familiarity with the relevant literature and, where specific technical skills like swimming instruction are involved, collaborate with qualified specialists. Code 2.09 requires that behavior analysts recommend additional services when client needs exceed current scope.

Code 3.01 directs behavior analysts to prioritize client safety and well-being. When a BCBA is aware of elopement risk, water access in the home environment, or traffic safety deficits and does not address these through an active intervention plan, there is a credible argument that this obligation is not being met. Safety risk is not a topic to defer — it is a clinical priority that should be addressed proactively.

Informed consent (Code 3.04) and confidentiality (Code 3.06) apply to safety skills programming just as to other interventions, but with particular complexity when third parties (such as community swim programs or schools) are involved in intervention delivery. The BCBA should ensure caregivers understand what training involves, including the nature of in-situ probes, which may involve deliberately presenting a safety scenario without prior notice to the learner.

Finally, there is an advocacy dimension to this work. Code 6.01 encourages behavior analysts to engage in professional advocacy. Given the disproportionate mortality risk faced by individuals with autism and intellectual disability, behavior analysts are well-positioned to advocate for community-level safety programs, policy supports for drowning prevention, and systemic changes to how safety skills are addressed in educational and residential settings.

Assessment & Decision-Making

Effective safety skills programming begins with a comprehensive risk assessment rather than a standardized curriculum. The BCBA must identify the specific hazards most relevant to each individual's environment and skill repertoire. This involves interviewing caregivers about the home and community environment, reviewing incident and near-miss records, and conducting direct behavioral observation of the individual's spontaneous responses to safety-relevant stimuli.

Once hazards are prioritized, a task analysis of the target safety skill is developed. For water safety, this might include: recognizing a body of water as a restricted area, responding to a verbal stop signal or boundary marker, returning to a caregiver upon signal, and performing basic self-rescue behaviors in water. Each step in the task analysis must be operationally defined, measured, and trained to criterion before the chain is considered reliable.

Baseline assessment via in-situ probes provides the most ecologically valid data on current performance. However, in-situ probes must be conducted with adequate safety supervision — the point is to assess the skill, not to expose the individual to genuine risk. This distinction requires clear protocol design and staff training before probes begin.

Decision rules for progression through the safety skills curriculum should be specified in advance. What constitutes mastery? Typically, criteria for safety-critical skills are set higher than for other skill domains — 100% accuracy across multiple in-situ probes in multiple settings may be the appropriate standard. Decisions about when to conduct maintenance probes, when to re-teach, and when to modify the environment (as a supplementary protective factor) should all be specified in the written program.

What This Means for Your Practice

Behavior analysts who complete this training should leave with a clear framework for assessing safety skill deficits, designing BST-based safety training programs, and evaluating generalization across natural environments. Several practical actions follow.

First, audit your current caseload for safety risk. For each client who elopes, has water access at home, or has limited traffic awareness, ask whether an active safety skills program is in place. If not, that is a clinical gap that warrants immediate attention — both because of client welfare and because of the BCBA's ethical obligation to address known safety risks.

Second, ensure your team has the skills to implement safety training correctly. BST is not an informal process — it requires structured instruction, opportunities for practice with feedback, and in-situ verification. Train your RBTs and direct-care staff in both the content of the safety program and the BST delivery methodology itself.

Third, communicate clearly with families about safety risk and the role of behavioral intervention. Families may not be aware of the elevated drowning risk associated with autism, or may not know that behavioral strategies exist to address it. Psychoeducation delivered early and framed constructively — focusing on what can be done — empowers caregivers to be active partners in safety programming.

Finally, document safety skills programs and their outcomes rigorously. In-situ probe data, mastery criteria, generalization assessments, and maintenance data should all be part of the permanent client record. This documentation protects the client, supports accountability, and contributes to the evidence base for this important area of practice.