Lina Rosa The focused learner is enrolled in private school that serves students diagnosed with autism spectrum disorder whom have intense behavioral, communicative, educational and physical needs. The focus learners classroom consists of 5 students aged 5-7, five teachers and one speech therapist. The school has a 1:1 student to teacher ratio and instructors rotate among the students on an hourly basis. Instruction is provided in the form of Applied Behavior Analysis (ABA). Related services provided within the school include Occupational Therapy, Speech Therapy and Music Therapy. All disciplines work in close unison and goals for each discipline are targeted throughout the focused learner’s day. As an educator within the school, I am responsible for conducting assessments, writing IEP’s, creating and implementing programs based on the learners IEP, and assisting with creation of behavior intervention plans. On a daily basis I teach the focus learner skills during 1:1 instruction and generalize skills in the natural environment. I create individualized data sheets for the focus learner, collect data and analyze the data through use of graphs. I support and monitor implementation of his behavior intervention plan on a daily basis, that targets non responsiveness and self injurious behavior. Monday- two hours of 1:1 ABA Tuesday-two hours of 1:1 ABA Wednesday- three hours of 1:1 ABA Thursday- one hours of 1:1 ABA Friday- two hours of 1:1 ABA Instruction is not delivered in a group setting because the focus learner shows difficulty acquiring new skills while in a group setting. The learner displays several behaviors that interfere with his ability to access learning opportunities while in a group. These behaviors include self stimulatory behavior (such as humming, flapping, rocking and non contextual laughter), increased distractibility and difficulty attending to relevant stimuli. He currently is taught new skills during 1:1 ABA sessions and these skills are subsequently generalized across additional stimuli and environments, daily, during groups instruction, such as circle time, story time, art and community outings. The learners school requires instruction to be delivered in a systematic way as detailed in each students program book and behavior intervention plan. Principles of applied behavior analysis and effective teaching procedures are expected to be utilized during instructional time. These principles and strategies include positive reinforcement, differential reinforcement, varying task difficulty and errorless teaching (for most programs). Stern Math ◦ A hands on, self corrective approach to teach foundational math concepts in a carefully planned, developmentally progressive way. ◦ Concepts are taught using manipulatives that are self-corrective. Age: 6 Gender: Male Grade Level: Not Applicable- Focus learner shows significant delays across multiple domains of learning. He is not currently eligible for a grade level equivalent Primary Language: English Augmentative and Alternative Communication used by learner: ◦ Dynavox Compass-Primary form of communication ◦ Modified sign language Primary disability: PDD-NOS Behavior management plan: A behavior intervention plan is currently targeting non-responsiveness and self injurious behavior. Non responsiveness is defined as failure to respond to relevant stimuli in context of demands. Some examples of non responsiveness include failure to respond due to engaging in self stimulatory behavior or attending to irrelevant stimuli. Self injurious behavior is defined as hitting any part of face with force with or without whining, stomping and facial grimacing. Both behaviors are observed in context of demands. All instances of self injurious behavior is blocked and redirected. Replacement behavior being taught is the sign for “help me.” Staff implements a sensory diet, created by the occupational therapists, throughout the day to target increasing attention during work sessions. A token economy is used and the focus learners earns 3-4 tokens (depending on difficulty of tasks being presented) and each token is delivered on a schedule of VR3, in which he earns a token for about 3 responses. His reinforcer is pre-determined and visually represented on a “first then” visual on his token board. Isaac will discover size relationships by selecting blocks that fit into grooves specified by his 1:1 instructor Isaac will recognize and match number patterns created using 1-6 cube patterns. Using the Stern Math counting board and blocks, within 10 sessions of target introduction, Isaac will find the block for the groove that is indicated by the teacher when given 3-4 different blocks with at least 80% independence for three consecutive sessions across two different therapists. Using the Stern Math pattern boards and cubes, within 10 sessions of target introduction, Isaac will match cube patterns corresponding to the use of 1-6 cubes with at least 80% independence for three consecutive sessions across two different therapists. Early Childhood Special Education Lesson Plan Teacher Candidate: Lina Rosa Grade Level: N/A Lesson: Stern Math Counting Board Unit of Study: Math Goal of Lesson Isaac will discover size relationships using the Stern Math counting board and blocks. Objectives: Using the Stern Math counting board and blocks, within 10 sessions of target introduction, Isaac will find the block for the groove that is indicated by the teacher when given 3-4 different blocks with at least 80% independence for three consecutive sessions across two different therapists. Pre-Assessment: Cold Probe- See graph Post-Assessment: Data collected and analyzed graphically until criteria is met- see graph Materials: Stern math counting board and blocks, token board, predetermined reinforcer, pen and data sheet Use of Technology: Isaac communicates with an iPad utilizing Dynavox compass. His communication device will be available for him to use at all times of the lesson. Differentiation: Blocks that are easier for Isaac to identify based on groove size will be presented in a field of four (1, 2 and 10) All other blocks will be presented in a field of three Seating Configuration/Use of Physical Space: Isaac will sit across from instructor at his work station. Desk will be cleared of all materials except for what is being used for this lesson Teaching roles and collaboration: Lesson will be taught by Isaacs 1:1 therapist Engagement of student/anticipatory set/Motivation: Isaac will be in control of what he is working for. Use of a first/then board will be used as a visual reminder of what Isaac has chosen as his reinforcer. A token board will be used to help him predict when reinforcement will be available. Connection to Previous lesson/Prior Knowledge: Isaac has mastered pre-requisite skills needed prior to implementation of stern math. Including visual performance skills of block imitation, puzzles and matching as well as receptive identification in a field of 6. Lesson Presentation: Estimated Time: 10 minutes Isaac will choose what he is working for and the instructor will set up his first then board accordingly. Three tokens will be removed from his token board and set to the side. Token board must remain on table and within sight at all times Place the counting board in front of Isaac, on the table, with room in front of him for several blocks. Instruct Isaac to keep his hands on table, he is required to wait with his hands on table for 2-3 seconds prior to therapist delivering instruction, to prevent impulsive responding. Place 3-4 blocks in front of Isaac, trying to choose blocks that are not consecutive ( for example, place the 1 block, 4 block and 10 block) Indicate, with a point, what groove he has to fill in and say “Which block fits here?” (Be sure to pick a groove that corresponds to a block that has been made available to him) IF HE GETS IT CORRECT-Verbal praise and possibly a token* (see below) IF HE GETS IT INCORRECT- Ask him if it fits, and model shaking your head no. Then use language to indicate whether the block was “too big” or “too small.” Give him another opportunity to try again. If he errors again, use language to indicate whether the block is “too big” or “too small” and prompt correct response. Data Collection- data must be collected while running program. Independent responses are marked for instances Isaac chooses the correct block for indicated groove on first attempt. Self correct responses are marked for instances Isaac errors on first attempt but selects correct block on second attempts. Errors are marked for instances the therapist has to show him which block to select because he selected the wrong block two times. Replace block that was used with a different block to keep his field size 3. Continue this procedure until all grooves are filled. *Isaac should earn a token for every 2 or 3 responses. Responses count at demands to select a block, demands to shake his head no and demands to keep his hands on the table and wait with a calm body. Final Summary/Closure: Estimated Time: 2 minutes Practice again with any blocks he was not able to match correctly upon initial attempt. No data will be taken at this point. Extension: Next step: finding specified block that fits groove when all blocks are present a. If there is not at least one learning target linked to the general education or early childhood curriculum, justify why that is not appropriate for the focus learner’s needs. [ The focus learner is currently acquiring pre-requisite skills needed to target early childhood curriculum. ] b. Describe how the learning tasks, materials, and supports capitalize on your focus learner’s strengths and interests. [ Stern Math is a program that teaches number sense by presenting information in a visual way. This benefits the focus learner since his visual performance skills are stronger than all other domains of learning. He also enjoys completing puzzles and creating block designs from a model. The program materials are similar to materials he’s had prior contact with and enjoyed working with.] c. Justify your choices of learning tasks, materials, and supports based on the focus learner’s strengths, needs, and principles of research/theory. [ ]