Full Course Description


Assessing & Treating the Visual System in Children and Adolescents

The visual system is a beautiful, complex system that allows us to enjoy and explore the world around us. However, when not working properly, this delicately balanced system can also hinder development and academic performance in children.

This recording introduces the components of the visual system and their interactions in pediatric motor and academic skills. Explore common visual system problems that can limit the progress and potential of pediatric patients with autism, neurological disorders, and ADHD.

Gain the skills necessary to assess visual problems and practice these skills during the seminar. You will explore the treatments of common vision-related problems, including evidence-based treatments and real-world examples, increasing confidence in your own practice abilities. In addition, you will learn to use the visual system as a tool to improve gait and balance. Master treatment ideas that can be used immediately and effectively in your practice to improve outcomes in your young patients.

Program Information

Objectives

  1. Explore the anatomy and physiology of the visual system from cornea to cortex
  2. Recognize eye movement disorders associated with common pediatric diagnoses
  3. Demonstrate techniques to assess for eye movement difficulties
  4. Communicate the role of the Magnocellular visual pathway in balance and toe-walking
  5. Recognize the signs of a faulty near-vision system and the implications of reading and visual motor integration
  6. Demonstrate evidence-based techniques for treatment of eye movement defects
  7. Articulate common ICD-10 codes for eye movement disorders
  8. Explore the equipment (high tech and DIY) needed to provide state of the art vision rehabilitation to your pediatric patients

Outline

ANATOMY OF THE VISUAL SYSTEM

THE VISUAL PATHWAYS AND THEIR EFFECT ON BALANCE AND POSTURE ASSESSMENT AND TREATMENT OF COMMON EYE MOVEMENTS PATHOLOGICAL EYE MOVEMENTS CONDITIONS ASSOCIATED WITH DECREASED EYE MOVEMENT ACCURACY MID-LEVEL VISUAL PROCESSES CODING AND GOALS FOR EYE MOVEMENT PROBLEMS STARTING YOUR VISION REHABILITATION PROGRAM

Copyright : 11/12/2018

BONUS: Pediatric Neuroplasticity Interventions for Sensory and Primitive Reflex Integration

Our brains can be rewired to enhance new learning. In some cases, the brain acts as an adaptive mechanism to compensate for lost function or maximize remaining function in the event of brain injury.

As therapists, when we treat the causes and symptoms of these motor delays, we can utilize alternate brain pathways to improve the effects of therapy. Neuroplasticity treatment advances motor and cognitive functions in the brain.

This course delivers new and exciting ideas on how to detour around damage and incorporate viable nervous system connections, from congenital abnormalities to traumatic brain injuries. You’ll learn how to use therapy approaches that can change the brain in the areas of reaction timing, motor control, language, and sensory development and how neuroplasticity can positively affect challenges some children have such as poor auditory processing, hinders in reflex integration, delayed developmental milestone achievement, poor language development, and more!

In this recording, you will gain creative and evidence-based approaches to incorporate into a multisensory experience and drive home the importance of diverse and novel activities during treatment sessions. Video case studies will demonstrate changes before and after integrative neuroplasticity treatments. The therapy techniques learned in this one-day course can be easily integrated into the clinic or home as early as the next day!

Program Information

Objectives

  1. Describe the primitive reflexes’ influence on movement patterns.
  2. Identify the multilayer approach using neuroanatomy and brain function.
  3. Evaluate strategies to incorporate techniques into home programs for parents and caregivers.
  4. Recognize the importance of positive treatment sessions and verbal cues.
  5. Analyze the relationship between brain dysfunction and tone abnormalities.
  6. Restate different approaches to changing low and high tone qualities.

Outline

NEUROANATOMY & BRAIN DEVELOPMENT

BEYOND THE LEVEL OF BRAIN DAMAGE DEVELOPMENTAL DELAYS – HOW TO APPROACH TREATMENT NEW PERSPECTIVE ON THE NERVOUS SYSTEM FOR POSITIVE CHANGE RESULTS OF NEUROPLASTICITY TECHNIQUES INTEGRATING NEUROPLASTICITY INTO THERAPY

Copyright : 11/02/2018

BONUS: Dyslexia, Dyscalculia & Dysgraphia

Strategies for...

Dyslexia, Dysgraphia or Dyscalculia are among the most complicated learning disorders seen in education today. Many of these students struggle to complete academic tasks, maintain social relationships with peers and adults, and are constantly under stress.

In this seminar, you will learn how underlying deficits related to executive function, visual-perceptual and visual-motor skills, and auditory processing skills affect a student’s ability to read and write at grade and age appropriate levels. Participants will explore the impact visual processing, cognitive development and organization have on acquiring mathematic ability, and understand how to support and teach struggling math learners.

This presentation shows you how to identify underlying deficits and develop IEPs or 504 plans that effectively address individual student needs. You will develop a plan that includes game-based learning, assistive technology, phonemic and phonological awareness practice, focused auditory interventions and simple techniques to help with visual processing ability.

Upon completion of this program, you will be able to provide strategies to address your student’s/client’s:

Program Information

Outline

Objectives

  1. Formulate and implement plans for comprehensive evaluation to identify diagnostic criteria and underlying deficits present in students with reading, written expression, or math learning difficulties.
  2. Develop IEPs or 504 plans that provide students with the instruction and support they need to be successful in reading, writing, math, listening comprehension, and oral expression.
  3. Choose student-centered accommodations based on recommendations of the International Dyslexia Association and Americans with Disabilities Act.
  4. Design effective strategies to treat underlying deficits in the areas of executive function visual processing, auditory processing, phonemic/phonological awareness, memory, and anxiety to improve reading, writing and math skills.
  5. Teach students self-advocacy and anxiety management skills related to classroom performance, meeting deadlines, and project completion.
  6. Utilize low-tech and high-tech assistive technology supports to help students access information through text, improve study skills, complete written assignments and help with math calculation.

Copyright : 03/15/2018