HIGH-LEVERAGE PRACTICES IN General Education and Resource CLASSROOMS
Generalizing in Gen. Ed.:
New Skills in Action
Episode Description
Key Points and Takeaways

Marla Watts-Pacheco, MS, BCBA
Project Thrive
Generalization and maintenance of newly acquired skills are ongoing challenges for students with disabilities, particularly those with autism spectrum disorder. Generalization refers to the ability to perform a learned behavior in different environments from where it was initially taught. This process doesn’t happen by chance; it needs to be systematically programmed into the instruction. Research has shown that skill development follows a clear sequence: students first acquire accuracy, then move toward fluency, maintenance, and finally generalization. For generalization to take place, students must practice skills across various settings and with different instructors. It’s crucial to vary the instructions and reinforcers and create commonalities between the teaching environment and real-world settings to help students use these skills beyond the classroom.
On the other hand, maintenance happens when a student continues using a learned skill without the need for further instruction. Teachers play a significant role here, using reinforcement schedules, regular reviews of material, and other methods to ensure that learned behaviors are retained in new environments. This reduces the student’s dependency on the teacher and makes their skills more functional in everyday life. Effective educators understand that both generalization and maintenance need to be planned for from the start, ensuring these strategies are embedded into the teaching of new academic or social skills.
A defining challenge for students with disabilities is their difficulty in transferring newly learned content and skills to settings beyond where they were initially taught. This makes it essential for educators to explicitly teach how to apply that knowledge in different environments. While explicit instruction and providing feedback are crucial to this process, collaboration among teachers is equally important to ensure students can generalize and maintain these skills. By working together, educators can create a strategic plan to help students apply key knowledge across various settings. Additionally, promoting maintenance of these skills involves the use of structured reinforcement schedules, frequent reviews of the material, and focusing on skills that naturally carry over into the student's daily life outside the classroom. Effective teaching doesn’t just stop at content delivery—it ensures students can use what they’ve learned in the real world.
Teachers who excel at promoting active student engagement play a pivotal role in helping students generalize skills and behaviors across different settings. The techniques that work in one environment should be applied consistently wherever the desired behavior is expected. This involves helping students recognize natural reinforcements, whether it's social cues or environmental rewards. It's about expanding their ability to respond appropriately in a variety of situations, people, and contexts by using a range of examples during instruction. Reinforcement schedules play a key role, with strategies such as indiscriminable contingencies keeping students engaged by making reinforcement less predictable, encouraging the persistence of positive behaviors.
Another crucial element is programming similar stimuli between training and real-world settings, ensuring that the cues for desired behaviors are consistent. Teaching self-management skills, such as self-monitoring and reporting on their own progress, helps students take ownership of their learning and behavior, which in turn aids generalization. Verbal instructions also support this process by prompting students to think about how their behaviors should translate into new contexts.
On the maintenance side, effective teachers use reinforcement schedules to ensure that positive behaviors continue long after initial teaching. Starting with continuous reinforcement, where every instance of a desired behavior is rewarded, and gradually shifting to intermittent schedules ensures that behaviors become ingrained. Overlearning trials and distributed practice are key techniques that provide students with additional opportunities to reinforce and solidify their skills.
Data collection plays an essential role in monitoring the generalization and maintenance of behaviors. Timing and setting are important factors in gathering meaningful data, and selecting a reliable data collection system helps teachers track progress effectively. By summarizing the data visually and comparing student performance over time, educators can identify areas where additional support or adjustments are needed to promote further generalization and success.
For school leaders looking to support teachers effectively, focusing on professional development and coaching is crucial. It's not just about providing instruction but also about guiding educators in selecting and implementing strategies that enhance students' ability to generalize and maintain their skills. Observing classroom practices and offering targeted feedback or coaching helps ensure that these strategies are applied correctly and effectively.
Encouraging collaboration among all school professionals is another key aspect. Promoting generalization and maintenance of skills isn't a solo effort; it's a team-oriented process that benefits from the input and coordination of everyone involved. Facilitating this collaboration ensures that all team members are aligned in their approach and understand their roles in supporting students.
Additionally, equipping educators with the skills to teach self-management behaviors to students is essential. This includes providing targeted instruction and professional development in how to help students develop self-regulation and independent learning strategies. By focusing on these areas, school leaders can help create a more supportive and effective learning environment that fosters long-term success for all students.
Systematically programming for the generalization and maintenance of new learning is a practice deeply rooted in empirical evidence, especially when it comes to teaching students with disabilities. This approach is not just a theoretical ideal but a proven method for helping students retain and apply social and academic skills across various settings and with different instructors.
The foundational techniques for this practice have been validated through numerous studies. These techniques, primarily evaluated through single-case methodology, have shown significant success in enhancing student outcomes. Single-case designs are particularly effective for intervention research aimed at improving the educational experiences of students with disabilities.
According to established guidelines for evidence-based practices, the studies supporting these techniques meet the rigorous criteria for evidence-based practice. This means that the methods used are not only well-researched but also validated through practical application, ensuring they are effective in real-world educational settings.