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Assistive Technology in the Preschool Classroom. Jill Jump, MA/ CCC-SLP UCP Aaron W. Perlman Center. Effective Use of the Computer with Young Children . Myths About Computers and Young Children. 1. Computers will make children smarter.
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Assistive Technology in the Preschool Classroom Jill Jump, MA/ CCC-SLP UCP Aaron W. Perlman Center
Myths About Computers and Young Children 1. Computers will make children smarter. 2. Sitting close to the computer will damage a child’s eyes. 3. Computers give off harmful radiation. 4. Children will become less social by using the computer, 5. Children should understand how computers work. 6. Making the child “computer literate” now will better prepare him for the future.
Cognitive Skills that Can Be Enhanced with the Computer • Cause and effect • Picture to picture identification • Memory (visual and auditory) • Generalization of concepts from concrete to abstract • Making independent choices • Pre-readiness (shapes, colors, size) • Readiness (letters, numbers, beginning literacy) • Classification/categorization • Sequencing
Social Emotional Skillsthat can be Enhanced by the Computer • Turn-taking • Peer interaction • Attending • Motivation • Raised self esteem through peer tutoring of another child • As a means to encourage friendship through common interest
Babies and Toddlers (0-3 years) • Exploratory Stage • Short Attention Span • Cause and Effect • Can’t use mouse to point and click • Simple mouse skills begin at 30 months
Babies and Toddlers • Software: Reader Rabbit Toddler Fisher Price Toddler Jump Start Toddler • Adaptations: Expanded Keyboards Switches Touch Window Use of Real objects as props
Preschool (3-5 year olds) • Can begin to work on click and drag skills and pull down menus • Open ended software that encourages exploration and creativity • Want to be “in control” • Ease of use is critical • Start of some text based input • Shared social activity
Preschool-Software • Disney’s Ready for Math with Pooh • Fisher Price Learning in Toyland • Jump Start Preschool Deluxe • Millie and Bailey Preschool • More Bugs in a Box
Easy to Use • Limited keys for input • Easy in/out • Picture icons instead of written instructions
Levels of Difficulty • Ability to grow with the child or use with variety of levels of children. • Branching options available. • Good range of content.
High Interest Subject Matter • Graphics and sound are high quality and don’t distract or compete. • Reinforces real world experiences. • Do not compete with but rather enhance program content. • Reaction to a key press should be immediately seen. • Opportunities for trial and error.
Low Tech • Stick on keyboard letters • Color-coded special input keys • Keyboard masks • Keyguards • Cardboard tube for wrist rest • Trackballs • Pair of hands to facilitate waiting • Pointers • Change position of child and/or equipment • Place a piece of foam under trackball to slow down speed
High Tech • Voice output • Touch Windows • Big Keys • Expanded Keyboards • Child specific devices: • Switches • AAC devices • Alternate keyboards
Integrating Computer Activity within the Early Childhood Curriculum • Determine the child’s specific goals. • Preview and select software to meet goals. • Select appropriate peripherals for computer input and possible speech or print output. • Experiment with software to discover the variety of ways it can be used. • Define prerequisite skills for operating software and hardware.
Plan both “pre” and “post” off computer classroom activities to : • Prepare for computer activity. • Reinforce skills gained through computer activity. • Evaluate effectiveness of computer activity on an ongoing basis and modify as necessary.
Definition of Augmentative and Alternative Communication • Augmentative and alternative communication(AAC) refers to any approach designed to support, enhance, or augment the communication of individuals who are not independent communicators in all situations
Who is Augmentative Communication For? • Non-speaking individuals who are • Physically challenged • Multiply involved with unknown cognitive abilities • Physically able: dyspraxic, language delayed • Pre-verbal or emergent verbal • Autistic • Developmentally delayed • Behavior disorders related to inability to communicate effectively
Who is Assistive Technology for? • Individuals who are: • Physically involved but cognitively able • Physically involved with unknown cognitive abilities • Multiply involved with unknown cognitive abilities • Fine Motor difficulties • Developmentally delayed
General Philosophical Basis 1) Technology and Augmentative Communication Systems can be very powerful, but they are useless in enabling children to realize their potential without appropriate training and a supportive environment.
2) Augmentative language or assistive technology system means: multiple systems. * The use of multiple systems is vastly more effective than use of a single system. System choice depends on the individual's situation, environment, needs, fatigue, and the communication partners, 3) Assessment and evaluation are on-going TEAM processes.
4) Vocabulary and Symbol selection are ongoing processes. 5) Experiencing receptive use of augmentative systems is important for those children developing language for the first time. Augmentative communication is effectively taught in an environment comparable to foreign language immersion.
6) Augmentative Communication and Assistive Technology is most effective if taught in an interactive and pragmatic format. * learning in functional situations facilitates generalization * anything that has some intrinsic motivation for the child is more likely to be practiced in different settings and used by the child. * motivation is governed by the amount of control and connection the child feels in the communicative interaction.
7) Partner training can play an important role in the success of communication and adaptations. 8) Classroom and home integration are crucial to success. * Children learn to use augmentative communication and assistive technology more effectively if it is integrated into all aspects of their day. * Communication needs and access needs will vary in different situations and need to be planned for ahead of time.
9) The art and science of augmentative communication and Assistive Technology is still a developing field. * we are still learning new strategies * equipment/technology is rapidly changing * we don't have all the answers, research in this field is just beginning * we learn from the children and their reactions and preferences
10) Implementing augmentative communication and assistive technology consumes an enormous amount of time and energy from therapists, teachers, parents and the child. * This is especially true if it is an addition to the curriculum instead of an integral part of it.
But it’s worth it! • improves self-concept and self esteem • provides motivation • reduce frustration and behavior problems • increase participation in daily life • facilitates learning by making learning interactive instead of passive • changes expectations of others for child's potential
Augmentative Communication Systems • Low Tech • Picture,Letter and Word Boards • Eye gaze board • Manual signing • High Tech • Dedicated Communication Devices • Computer Based Communication Devices • Voice Synthesizers
Barbara Bloomfield www.icontalk.com
From Pati King DeBaun www.creativecommunicating.com
Mayer Johnson Company http://www.mayer-johnson.com/ Boardmaker
Software for Picture Support • BoardMaker (Mayer-Johnson) www.mayer-johson.com • Writing with Symbols www.mayer-johson.com • Picture It (Slater Software) • Pix Writer (Slater Software) www.slatersoftware.com • IntelliTools www.intellitools.com
Resources National Center for Improved Practice in Special Education http://www2.edc.org/NCIP/library/ec/toc.htm