
Dr. Jennifer Rosinia
Dr. Jennifer Rosinia is an Occupational Therapist and Child Development Specialist. A master clinician and a gifted teacher, Dr. Rosinia has a special interest in the neurosciences, specifically sensory processing, the influence that stress and adverse experiences have on the developing child as well as social emotional learning and the importance of relationships. Adjunct faculty at the Erikson Institute for many years, Jennifer has also taught courses and guest lectured at several colleges and universities around the Chicago area. With a growing national reputation as a powerful speaker and consultant, Jennifer brings a healthy balance of humor, passion and expertise to all of her presentations. She is the president of Kid Links Unlimited, Incorporated a company whose mission is to link theory to practice, parents with professionals and kids with their optimal potential.
Upcoming Events
January 2026
I Wonder… What do young children really need? Back to Basics Back to PLAY – On-Demand
Registration deadline is January 23, 2026, at 3:00 pm. Starting January 2, 2026, through January 30, 2026, you can watch the training and take the quiz at a time that fits into your schedule. THIS TRAINING MUST BE COMPLETED BY January 30th at 4:30 pm. This workshop is focused primarily on play. It is a […]
Find out more »February 2026
Move it! The Influence of Movement on Learning – On Demand
Registration deadline is February 20, 2026, at 3:00 pm. Starting February 2, 2026, through February 27, 2026, you can watch the training and take the quiz at a time that fits into your schedule. THIS TRAINING MUST BE COMPLETED BY February 27th at 4:30 pm. Recent research has found that movement is powerful in the […]
Find out more »March 2026
Stress Response Primer – On-Demand
Registration deadline is March 27, 2026, at 3:00 pm. Starting March 2, 2026, through March 31, 2026, you can watch the training and take the quiz at a time that fits into your schedule. THIS TRAINING MUST BE COMPLETED BY March 31st at 4:30 pm. The stress response system is a normal function of the […]
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