Category Archives: Apps

Focus on Generalization and Maintenance

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On more than one occasion, I’ve been in the situation that a student will only demonstrate a skill in my presence. And I’ve heard from other colleagues that they have had similar experiences. This is highly problematic. When it happens with one of my students, there is only one person I can blame: myself.  A skill that a student can only demonstrate in my presence is a pretty useless skill and does nothing to promote independence.

So what do you do when you find yourself in this situation? You reteach, with a focus on generalization. This means that, from the very beginning, you are teaching with a wide variety of materials, varying your instructions, asking other adults to help teach the skill, and demonstrating its use in a variety of environments. Preparing activities takes more time on the front-end for the teacher, but saves a ton of time later because your student is more likely to actually master the skill. (Generalization, after all, does show true mastery.)

Hopefully, you don’t have to do this, though. Hopefully, you’ve focused on generalization from the first time you taught the skill. You may see generalization built into materials you already use, such as 300-Noun List at AVB press.

Another commonly cited issue teachers of children with autism encounter is failure to maintain a skill. In my mind, generalization and maintenance go hand-in-hand, in that they require you to plan ahead and consider how, when, and where you will practice acquired skills. Here are a few tips that may help you with maintenance of skills:

  • Create note cards of all mastered skills. During the course of a session, go through the note cards and set aside any missed questions or activities. You might need to do booster sessions on these. (This can also be an opportunity for extending generalization by presenting the questions with different materials, phrases, environments, or people.)
  • Set an alert on your phone to remind you to do a maintenance test two weeks, four weeks, and eight weeks after the student has mastered the skill.
  • Create a space on your data sheets for maintenance tasks to help you remember not only to build maintenance into your programs, but also to take data on maintenance.

Considering generalization and maintenance from the outset of any teaching procedure is incredibly important. Often, when working with students with special needs, we are working with students who are already one or more grade levels behind their typically developing peers. Failing to teach generalization and maintenance, then having to reteach, is a waste of your students’ time.

Written by Sam Blanco, PhD, LBA, BCBA

Sam is an ABA provider for school-aged students in Brooklyn, New York. Working in education for over 15 years with students with Autism Spectrum Disorders and other developmental delays, Sam utilizes strategies for achieving a multitude of academic, behavior, and social goals. She is also an assistant professor in the ABA program at The Sage Colleges and the Senior Clinical Strategist at Encore Support Services.

The Salad Shoppe: Changing the Landscape of Vocational Training

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Unemployment rates in the autism community are alarming, but the number of individuals entering the workforce only continues to grow. This presents an overwhelming challenge for special educators tasked with preparing learners for what is often an uncertain future. Vocational training is essential as learners with autism approach the transition to adulthood.  With this in mind, Nassau Suffolk Services for Autism (NSSA) introduced The Salad Shoppe in the fall of 2017.

The curriculum was developed by Kathryn Reres and Rebecca Chi, devoted special educators determined to ensure dignified and purposeful futures for the eight young adult students in their classroom. The focus was to create a program that would provide functional tasks for each learner based on their individual skills, interests and IEP goals. The result was an innovative vocational training curriculum that highlights the strengths of each participant, introduces new skills into their everyday lives and serves as a profitable social enterprise. 

The Salad Shoppe model requires multiple steps to be taken over the course of two days, including: Tracking and counting money, taking inventory, creating shopping lists, purchasing, food preparation, converting a customer’s order form to food assembly, delivery and clean up. This comprehensive list ensures that every learner has the opportunity to perform a task that is meaningful and functional to them. (The staff at NSSA are reaping the benefits too! Fresh, healthy, personally-delivered lunches each week have been a huge hit.)

In partnership with Different Roads to Learning, the creative teachers who designed The Salad Shoppe for NSSA are sharing their expertise with special educators everywhere. The published curriculum will allow teachers to implement The Salad Shoppe in a way that will best function for the learners they serve. Now more than ever, there is a crucial need to provide young adults with autism with the tools they will need to take on the competitive workforce. The Salad Shoppe is a cutting-edge curriculum that has opened new doors for educators, learners and parents and will continue to change the landscape of vocational training.

Ready to bring The Salad Shoppe to your school? You can save 15% on this incredible program now through February 18th!

Beyond Light Up Toys

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There are many things that I would love to change about the treatment of individuals with Autism Spectrum Disorder. One of them is the notion that all kids with ASD are motivated by the same things. Certainly, some kids with autism love light up toys, squeezes, or music, but that’s true of the population at large. After all, I am mesmerized by Christmas lights, love a good head massage, and have songs I listen to on repeat.
The issue with the assumption that all kids with ASD are motivated by these small number of things is that it can lead to some very specific problems, such as practitioners trying out a smaller number of toys or activities with the child, practitioners depending solely on “sensory toys” for reinforcers instead of working to expand the number of reinforcers a child responds to, or the larger community making assumptions about the preferences of the child. Furthermore, there is evidence that the broader the range of reinforcers is for a child, the better the learning outcomes (Klintwall & Eikeseth, 2012.) Failing to think beyond the stereotypes about the interests of kids with ASD impedes their ability to learn and develop new skills.

The children I’ve worked with over the years have varied interests, ranging from dinosaurs and maps to bean bag toss and board games. And while some of the kids I work with love light up toys or trains, it’s important that we don’t take a whole swath of the population and decide that they all have similar interests. It doesn’t serve their skill development or our potential to develop real relationships with people with ASD.
As a practitioner, here are some important questions to ask yourself in relation to reinforcers and developing interests:

• Have you conducted a preference assessment? This should be one of the first things you do whenever you start a new case, and something you should continue to do informally.

• Have you talked to the client and/or the parents about what interests they would like to develop? If the client is able to discuss goals and interests with you, you should definitely be having that conversation with them. You should also talk to the parents about their goals. Perhaps they have seen some interest in one area that they would like to further develop. It’s also possible that there are specific family activities or traditions they would like their child to enjoy with the family.

• Have you read about this topic? A great place to start is Chapter 3 of the book A Work in Progress. It clearly explains how to use reinforcers and expand the reinforcer repertoire. There is also a ton of research out there about reinforcement. Take the time to search journals such as Journal of Applied Behavior Analysis and Journal of Developmental Disabilities.

Klintwall, L., & Eikeseth, S. (2012). Number and controllability of reinforcers as predictors of individual outcome for children with autism receiving early and intensive behavioral intervention: A preliminary study. Research in Autism Spectrum Disorders, 6(1), 493-499.
McEachin, J. & Leaf, R. B. (1999). A work in progress: Behavior management strategies and a curriculum for intensive behavioral treatment of autism. New York: DRL Books.

WRITTEN BY SAM BLANCO, PhD, LBA, BCBA

Sam is an ABA provider for students ages 3-15 in NYC. Working in education for twelve years with students with Autism Spectrum Disorders and other developmental delays, Sam utilizes strategies for achieving a multitude of academic, behavior, and social goals. She is also an assistant professor in the ABA program at The Sage Colleges.

Common Mistakes In Implementing Reinforcement

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Over the years, I’ve seen several behavior intervention plans written and implemented. Typically, these plans include reinforcement for the desirable behavior, but I see the same mistakes crop up again and again. Here are a few common mistakes in implementing reinforcement to look out for:

Fail to identify individual reinforcers. Hands down, the most common error I see is identifying specific activities or items as reinforcing. For instance, many people love gummy bears, but they make me want to puke. Presenting me with a gummy bear would not increase my future likelihood of engaging in the appropriate behavior! You must account for individual differences and conduct a preference assessment of your learner, then make a plan based on his or her preferences.

Fade reinforcement too quickly. Let’s say you’re working with a child named Harold who draws on the walls with crayon. You implement a reinforcement plan in which he earns praise and attention from his parent each time he draws on paper. The first few days it’s implemented, Harold’s rate of drawing on the wall greatly decreases. Everyone claims that his behavior is “fixed” and suddenly the plan for reinforcement is removed… and Harold begins drawing on the wall once more. I see this sort of pattern frequently (and have even caught myself doing it from time to time). After all, it can be easy to forget to reinforce positive behavior. To address this issue, make a clear plan for fading reinforcement, and use tools such as the MotivAider to help remind you to provide reinforcement for appropriate behavior.

Inconsistent with reinforcement plan. Harriet is writing consistently in a notebook, to the detriment of her interactions with peers. Her teachers implement a DRO, deciding to provide reinforcement for behavior other than the writing. However, the teachers didn’t notify all the adults working with her of the new plan, so Harriet’s behavior persists in certain environments, such as at recess, allowing her to miss multiple opportunities for more appropriate social interaction. To address this issue, make a clear outline of the environments in which the behavior is occurring and what adults are working in those environments. Ensure that all of the adults on that list are fully aware of the plan and kept abreast of any changes.

Don’t reinforce quickly enough. This one can be quite challenging, depending on the behavior and the environment. Let’s saying you’re working with a boy named Huck who curses often. You and your team devise a plan to reinforce appropriate language. You decide to offer him tokens that add up to free time at the end of the school day. However, sometimes as you are handing him a token for appropriate language, he curses again right before the token lands in his hand. Though it was unintentional, the cursing was actually reinforced here. Remember that reinforcement should be delivered as close to the desired behavior as possible. To address this issue, consider your environment and materials and make a plan to increase the speed of delivery.

Fail to make a plan to transfer to natural reinforcers. Ultimately, you don’t want any of these behaviors to change based solely on contrived reinforcement. Making a plan for reinforcement of appropriate behavior is essential, but your ultimate goal is to have the behavior be maintained by naturally occurring reinforcement. To address this issue, the first thing you need to do is identify what that naturally occurring reinforcement might be. For Harold, it might be having his artwork put up in a special place or sharing it with a show and tell. For Harriet it might be the interactions she has with peers on the playground. Once you have identified those reinforcers, you can create a plan for ensuring that the learner contacts those reinforcers over time. This might include pairing the naturally occurring reinforcers with the contrived reinforcers, then fading out the latter.

Ultimately, it’s important to remember that reinforcement is not as simple as it seems. Taking the time to plan on the front end will help with long-term outcomes.

WRITTEN BY SAM BLANCO, PhD, LBA, BCBA

Sam is an ABA provider for students ages 3-15 in NYC. Working in education for twelve years with students with Autism Spectrum Disorders and other developmental delays, Sam utilizes strategies for achieving a multitude of academic, behavior, and social goals. She is also an assistant professor in the ABA program at The Sage Colleges.

Pairing auditory stimuli in your reinforcement

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            Using a consistent, auditory stimulus as part of your reinforcement strategy can be a powerful addition for improving behaviors. It allows for students to be reinforced without necessarily looking at you, which can be great if you are providing reinforcement for remaining on task or independently completing a task. Here are a few examples of auditory stimuli you may consider pairing with your reinforcement.

            Token Towers – If you are using some sort of a token system, the Token Tower might be a great option. As opposed to token systems that require the use of Velcro tokens (such as stars or happy faces) or a written system, the token tower is plastic. When a token is earned, your student hears it hitting the bottom of the tube.

            ClassDojo – There are a lot of great features in ClassDojo. Not only does ClassDojo have a specific sound associated with earning points for various tasks, it also has a different sound for losing a point. You can communicate a lot without interrupting the class, and students understand what is happening simply from a brief auditory stimulus.

            TAGTeach – This is a neutral auditory stimulus that is paired with reinforcement so the student can learn that the stimulus means “you did a great job” or “nice work!” The auditory stimulus can then be used on it’s own as a reinforcer. It allows you to reinforce at the very moment the behavior happens, which is incredibly important because positive behaviors increase when they are reinforced immediately.

            What types of auditory stimuli do you use in your reinforcement strategies?

WRITTEN BY SAM BLANCO, PhD, LBA, BCBA

Sam is an ABA provider for students ages 3-15 in NYC. Working in education for twelve years with students with Autism Spectrum Disorders and other developmental delays, Sam utilizes strategies for achieving a multitude of academic, behavior, and social goals. She is also an assistant professor in the ABA program at The Sage Colleges.

Explaining Decision to Use Science-based Autism Treatments

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This month’s ASAT feature comes to us from David Celiberti, PhD, BCBA-D and Pamela Feliciano, PhD. To learn more about ASAT, please visit their website at www.asatonline.org. You can also sign up for ASAT’s free newsletter, Science in Autism Treatment, and like them on Facebook!

 

“I have decided to rely on science-based treatments for my child with autism. Now, how do I explain this to friends and relatives who insist I try something “cutting edge?”

 

We certainly respect any individual’s right to his or her own opinion, and certainly for parents of children with autism to make decisions for their child regarding treatment; however, we believe that scientific evidence and the use of objective data should guide treatment options for all diseases and conditions, and autism is no exception. The late Senator Patrick Moynihan eloquently said, “Everyone is entitled to their own opinions, but not their own facts.” It is simply a matter of fact that theories, hypotheses, and testimonials do not provide adequate information to guide treatment decisions.

When friends or acquaintances hear about our experiences with autism, quite often the first thing they ask is, “What is your opinion of vaccines?” despite the retraction of Andrew Wakefield’s article by the Lancet (a very rare occurrence by this highly reputable journal). Sadly, the vaccine debate has long distracted the autism community from important discussions such as how best to help children already diagnosed with autism realize their fullest potential and live a happy and meaningful life.

In an ideal world, all treatment providers would make a commitment to science and evidence-based practices, and all members of the journalism community would make a commitment to responsible journalism. Until these ideals become the norm, those who do understand science-based treatments must do what they can to inform and educate others about the benefits of scientifically validated treatment, and the use of data to guide decision-making when assessing the benefits of any and all treatments.

Although applied behavior analysis is the treatment for autism with the most scientific support, we are rarely ever asked our opinion of this therapy, or if it is effective. Instead, every few months or so, some “new” treatment (or “repackaging” of a known treatment) will gain the attention of consumers. Given the large numbers of television reports, newspaper articles, blogs, and websites putting forth “miracle cures” and “breakthroughs,” it is not surprising that parents frequently receive advice and suggestions from extended family members, neighbors, and co-workers, particularly after a news item is broadcast, printed, or otherwise disseminated. Many of these individuals have the best intentions and are eager to share what they believe is “cutting edge” information about autism. In other cases, the advice is sometimes provided in a manner that comes across as critical of what you are choosing to do or not do for your child (i.e., it may be implied that you are not doing enough as a parent to help your child with autism).

If the information is offered by a more casual acquaintance, it may be best to simply thank him or her for their interest and concern and move on; however, such a strategy may not fare as well with individuals with whom you have a closer relationship. In these cases, you might consider sharing the following:

     • There are dozens of “miracle cures” and “breakthroughs” (i.e., pseudoscience) for autism that manage to receive widespread media attention, even if they have not been proven effective. In fact, there are over 500 treatments touted to address autism;

     • It is important to be critical of all available information, regardless of the source, and to recognize that not all information on the Internet is reliable and accurate;

     • There is a large body of scientific research published in peer-reviewed journals and carried out by hundreds of researchers that supports the choices that you have made;

     • Numerous task forces (some are listed at the end) have looked closely and objectively at the available research and have determined that the vast majority of autism treatments lack any scientific support and, in fact, some may be harmful;

     • Autism treatment is a multi-million dollar industry, and many treatment proponents rely heavily on sensationalism and extraordinary claims to “sell” their products;

     • Interventions that are actually shown to be the most effective often receive the least amount of media attention; and

     • For most other medical conditions, a provider that disregards proven intervention and uses a fringe treatment may actually be sued for malpractice (you may even consider drawing an analogy to a medical condition of particular interest to the person providing the advice).

Of course, you may also consider addressing this matter proactively. This would involve clarifying your choices and commitment to science-based treatment to more significant family members and friends on your terms and at your convenience. It may be helpful to view this tactic as a series of tiny conversations. You may even consider sharing links to websites such as the Association for Science in Autism Treatment (ASAT), which will help your family members and friends separate the wheat from the chaff. We would like to draw your attention to a few sections of ASAT’s website that bear relevance to this discussion.

     • Learn more about specific treatments

     • Summaries of published research articles

     • Making sense of autism treatments: Weighing the evidence

     • Recommendations of expert panels and task forces

Finally, ASAT’s newsletter, Science in Autism Treatment, is a free publication, so encourage your friends and family to subscribe.

It is our hope that the information shared above may help your friends and family better understand the role that science should play in the treatment of autism, the need for objective data to drive decision making, how to better identify pseudoscience, and perhaps most importantly, why parents must be such savvy consumers.

David Celiberti, PhD, BCBA-D is the part time Executive Director of ASAT and Past-President, a role he served from 2006 and 2012. He is the Co-Editor of ASAT’s newsletter, Science in Autism Treatment. He received his PhD in clinical psychology from Rutgers University in 1993. Dr. Celiberti has served on a number of advisory boards and special interest groups in the field of autism, applied behavior analysis, and early childhood education, and been an active participant in local fundraising initiatives to support after school programming for economically disadvantaged children. He works in private practice and provides consultation to public and private schools and agencies in underserved areas. He has authored several articles in professional journals and presents frequently at regional, national, and international conferences. In prior positions, Dr. Celiberti taught courses related to applied behavior analysis (ABA) at both the undergraduate and graduate levels, supervised individuals pursuing BCBA certifications, and conducted research in the areas of ABA, family intervention, and autism.

Pamela Feliciano, PhD, joined the Simons Foundation in 2013 and serves as the scientific director of SPARK (Simons Foundation Powering Autism Research through Knowledge) and is a senior scientist at SFARI. SPARK is a SFARI initiative that seeks to accelerate autism research through a vibrant and informative online platform (SPARKforAutism.org). Previously, Feliciano worked as a senior editor at Nature Genetics, where she was responsible for managing the peer review process of research publications in all areas of genetics. Feliciano holds a B.S. from Cornell University, an M.S. from New York University and a Ph.D. in developmental biology from Stanford University. Feliciano is also the mother of an adolescent boy with autism spectrum disorder.

Introducing Smart Kidz Club!

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Different Roads is proud to introduce you to Smart Kidz Club, a digital library of educational resources for young readers, available on web & mobile devices. Smart Kidz Club’s collection of more than 450 eBooks, interactive resources, play activities, and comprehension quizzes can be accessed safely off-line on mobile devices for anytime, anywhere learning. There’s even a special category dedicated to teaching children with ASD!

You can access a no-risk, two week free trial here!

 

Pick Of The Week: Introducing our brand new Play Idea Cards app!

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Our new app is a complete play skills curriculum. As guided by evidence-based intervention principles, the curriculum strengthens students’ pretend and innovative play skills, all for just $9.99!

 

Evidence-Based Intervention
We give you a step-by-step guide on how to develop your child’s play. Practical and easy to follow, it’s also based on years of research that breaks learning pretend play into 14 levels. Find out what level your child is currently on, and what to do next. Clear instruction and easy, executable ideas help your child play with toys at home.

Easy To Follow Play Idea Cards
Our flash cards are easy to use while you (parents, therapists, & teachers) play with your child. Use our suggested play activities, or create your own based upon the ideas from the cards. Most of our ideas come from toys you already have in your home, so start today!

Key Features

  • A clear instruction guide developed by experts in the field of ASD
  • 14 step developmental play scale that works for any child with any language capability
  • Simple play ideas using toys you already have at home!
  • 100+ ideas for how to play with your child
  • An outdoor option for every level so you can take your play outside!

Guide your young learner down the path of purposeful play! 

7 Tips for Choosing Educational Apps for Your Learner

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By: Devon Christopher Adams/Flickr

While tablets can provide a wealth of material for teaching all sorts of skills, it can be incredibly challenging to wade through all the mediocre or just terrible apps in order to find something worthwhile for your learner. Here are a few tips for finding apps that are appropriate for your learner’s skill level and interest.

  1. Use social media to get suggestions. I’ve found several apps that I love to use with my students simply through following facebook groups focused on apps in education or apps in special education. If you love twitter, following teachers may also help you get good recommendations.
  2. Look at websites such as teacherswithapps.com or graphite.org. Both of these websites are chalk full of recommendations and reviews from teachers, and both have sections devoted specifically to special education. Graphite.org, in particular, has great search capabilities for you to easily find apps based on subject matter, grade level, or skill type.
  3. Take a look at this exhaustive list from Autism Speaks. This list is focused on apps specifically for learners with autism, and it allows you to filter your search by category of app, age group, and type of device.
  4. Don’t ignore apps with in-app purchases! Many parents and teachers I speak with can’t stand in-app purchases. I’d like to re-label this as a free trial. You can take a look at the app, assess the quality on your own, and see if your child enjoys it. If it looks good, then you get to add content after you’ve tried it out.
  5. Look at the developers of apps you’ve already had success with. There are many app companies out there that are putting out consistenly good educational apps (Tiggly, Toca Boca, Pepi Play, Artgig Studios, and Motion Math just to name a few). So once I find a good app, I always look at the other apps created by the same company.
  6. If you’re a teacher, look for options to modify or individualize material. I always want to use an app with multiple students, so if I’m able to level the material or even add in individualized material, that’s ideal. For instance, Mystery Word Town just added an aspect to the game in which you can put in the individual learner’s target spelling words. What’s better than that?!
  7. Ask other parents, other kids, and your kid! You might find some of your favorite apps simply by starting the conversation with other people. You can even start a conversation by sharing your favorite app.

WRITTEN BY SAM BLANCO, MSED, BCBA

Sam is an ABA provider for students ages 3-12 in NYC. Working in education for ten years with students with autism spectrum disorders and other developmental delays, Sam has developed strategies for achieving a multitude of academic, behavior, and social goals. Sam is currently pursuing her PhD in Applied Behavior Analysis at Endicott College.

Different Roads to Learning’s “What Goes Together?” App is Now Available on Android!

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What Goes Together?Our very own app for matching and sorting What Goes Together? is now available for Android devices*. Find it available now in the Google Play Store, on Amazon, and in the Barnes & Noble Nook Store.

This interactive game develops language, discrimination, and reasoning skills in young learners. Clear, colorful images of everyday objects promote an understanding of functions and the relationships between items that children encounter on a daily basis. With built-in reinforcement and error correction, this game provides a solid foundation in building critical expressive and receptive language skills.

Screenshots captured from a 7-inch Samsung Galaxy Tablet.

In What Goes Together?, images are prompted with the question “What goes together?” Students then drag the prompted object to the correctly associated object among the 3 shown across the bottom of the screen. Correct responses receive visual and auditory reinforcement, while incorrect answers are corrected by a visual prompt of the correct answer flashing. After all targets have been seen once, they are reintroduced in a new, randomized order. The app takes data for the percentage answered correctly across rounds as well as sessions in which the app is in use.

*What Goes Together? runs an Android 2.2 platforms and up. This app is also available in the Apple iTunes Store.