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37th Annual MADDAK AWARDS
2011 AOTA Conference
Philadelphia, PA
April 2011
Winners of the 37th Annual Maddak Awards Competition for Product Design were announced at an awards breakfast sponsored by Mr. Kurt Landsberger, CEO, Maddak Inc. during the AOTA meeting in Philadelphia, PA. Six individual winners were selected by a panel of judges from the local OT chapter. Entries were categorized as Professional or Student.
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Professional |
Student |
| 1st Prize |
Jon Turnquist, OTR/L
St. Ambrose University
The Magnetic Display Magnifier |
Mackenzie Fary
New York University
Cannula Cap |
| 2nd Prize |
Tosin Olowu, OT
PS 373 at Robert Randall School
Proprioceptive Pebble Sack (PPS) |
Nicole Rowold
St. Ambrose University
Adaptive TV Remote |
| 3rd Prize |
Amy Mahle, COTA/L
Cabarrus College of Health Sciences
One-Handed Pony Tail Holder |
Anna Decker
Bay Path College
The Pull-Up Sling |
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Professional Awards
1st Place – Jon Turnquist , OTR/L , St. Ambrose University – The Magnetic Display Magnifier 
Simple, ingenious device helps people with low vision see the temperature readout on digital stoves. Magnifier was designed to be used on newer stoves that do not have knobs or dials that can easily be marked for specific temperature settings. It attaches to the stove with magnets and enlarges the digital temperature readout, making it easier to see.
2nd Place – Tosin Olowu, OT, PS 373 at Robert Randall School – Proprioceptive Pebble Sack (PPS) .jpg)
Designed for children with Autism, the PPS is a donut shaped sack stuffed with pebbles to help decrease mal adaptive behaviors and increase attention span to functional tasks. The texture and weight of the sacks provide input to the child that inhibit the behaviors (hand clapping, flickering, flapping, neck/head movements, running, etc.) typically seen in children with autism. The PPS sacks are applied based on the child’s targeted behavior and can be used on the neck, back, wrist, waist and ankle.
3rd Place – Amy Mahle, COTA/L, Cabarrus College of Health Sciences – One-Handed Pony Tail Holder
Adaptive hair tying device created for clients with hemiparesis, weakness, or an amputation. The decorative elastic band grips the hair like a head band and allows the user to tighten the hair into a ponytail with the use of only one hand by pulling the toggle that’s on the end of the holder. The One-Handed Pony Tail Holder is great for various hair lengths and types.
Student Awards
1st Place – Mackenzie Fary, New York University – Cannula Cap 
The cap is designed for infants who receive oxygen via nasal cannula. Infants tend to dislike the feeling of the tape on their face and are constantly pulling the cannula out of the nose resulting in a drop in oxygen saturation. The snug fitting hat allows the cannula to be secured to the cap; eliminating the need for tape on the infant's face-which can result in skin irritation and/or breakdown. The cap can be modified to address positional needs, to allow for ease in dressing and to allow participation in play and therapeutic activities.
2nd Place – Nicole Rowold, St. Ambrose University – Adaptive TV Remote 
Adapted TV remote was designed to encourage usage of the affected hand/limb in children with cerebral palsy or a related diagnosis, and to help develop fine motor skills. The remote requires two hands and individual finger movements to operate. It has 5 basic functions – power on/off, channel up, channel down, volume up, volume down. Each function has 2 buttons which are spread apart so that the remote cannot be operated with only one hand. To successfully use the remote, both buttons must be pressed at the same time (one hand with each button).
3rd Place – Anna Decker, Bay Path College – The Pull-Up Sling 
Adjustable leather sling created to be used with a task specific forearm prostheses to allow a below the elbow amputee perform pull-ups and row type weightlifting exercises. The Pull-Up Sling provides support at the distal humerus and elbow joint, securing the forearm into the socket of the prosthesis. The sling enables the individual to perform pull-ups with range of motion from approximately 135 degrees of elbow extension to full elbow flexion.
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