Mobility of the upper extremities in children with cerebral palsyMobility of the upper extremities in children with cerebral palsy
- Instructor:
- Rating:
- 6 months access
- Certificate included
- Downloadable handout
- Self-paced online learning
€ 294
Course Details:
- Learning Time:
- Access Period:
300 minutes
6 months
Course Overview
How can you improve upper limb mobility and independence for children with cerebral palsy?
This comprehensive course provides an evidence-based approach to assessing and improving upper extremity mobility in children with cerebral palsy. Through interactive lessons and real patient examples, you’ll gain a deeper understanding of the factors influencing mobility and learn how to develop effective, individualised treatment strategies.
The course explores anatomy, growth, structural differentiation, classification systems, and the ICF framework before translating this knowledge into practical therapeutic interventions that support participation and everyday function.
Practical Application
- Assessment of upper limb mobility in children with cerebral palsy
- Treatment planning using the ICF framework
- Identification of contractures and deformities
- Clinical use of GMFCS and MACS classification systems
- Evidence-based therapeutic intervention
- Improving participation and independence in everyday activities
What you will learn
- Understand mobility and its importance in children with cerebral palsy
- Explore how age, growth, and anatomy influence upper limb mobility
- Assess deformities, contractures, and structural limitations
- Apply the GMFCS and MACS classification systems in clinical practice
- Use the ICF framework to guide assessment and treatment planning
- Develop evidence-based treatment plans that improve functional independence
Course Content
Part 1: Introduction to Mobility in Cerebral Palsy
- What Is Mobility?
- Factors Influencing Mobility
- Mobility in Children with Cerebral Palsy
- GMFCS and MACS Classification Systems
- Mobility Across Growth and Development
Part 2: Anatomy & Structural Differentiation
- Anatomy and Growth
- Structural Differentiation Tests
- Deformities and Contractures
- Influence of Peripheral Nerves
Part 3: ICF Framework
- Introduction to the ICF Framework
- Applying the ICF in Clinical Practice
Part 4: Therapeutic Approach & Everyday Transfer
- Evidence-Based Treatment Methods
- Developing Individual Treatment Plans
- Translating Therapy into Everyday Activities
Part 4: Final Assessment
- Final Test
Future Learning Path
foxstudy plans to offer advanced courses covering specific intervention techniques, including:
- Constraint-Induced Movement Therapy (CIMT)
- Bimanual Training
- Neurodynamics
Target Audience
- Physical therapists
- Occupational Therapists
- Nurses
- Physicians
- Orthopaedic Technicians
Meet the Instructor

Dr. Petra Marsico, PT
Dr. Petra Marsico is a paediatric physiotherapist with a strong focus on movement and neurorehabilitation. She believes mobility is fundamental to a child's independence and quality of life, and integrates evidence-based practice with developmental principles to improve functional outcomes.

Jan Lieber, MSc OT
Jan Lieber is an occupational therapist specialising in neuropaediatrics. His work focuses on helping children achieve greater independence through meaningful daily activities while maintaining mobility and function of the musculoskeletal system.
Continuing Education Credits & Certificate
This course qualifies for continuing education credits from recognized professional associations.
- German Association of Occupational Therapists (DVE): 6 points
- German Association of Physiotherapists (ZVK): 6 points
- German Association for Health Sports and Sports Therapy (DVGS): 8 teaching units
- Umbrella Organization for Medical-Technical Services (MTD): 6 teaching units
- Ergoverband Switzerland (EVS): 5 points
- Physioswiss: 5 points
- Pediatrics Switzerland: 5 CME credits
Certificate
Upon successful completion, you will automatically receive a personalised certificate as proof of your continuing professional education.
The certificate of participation may also be submitted to professional associations as part of CPD and MTD certification requirements.
Comments
Peer Review
Katharina Huth
BSc OT, Head of Advanced Rehabilitation Technologies, REHAB Basel
“This course covers all the essential basics on upper extremity mobility in children with cerebral palsy, along with an overview of current research. The patient examples and interactive format also make learning enjoyable.”
Ready to Improve Upper Limb Mobility in Children with Cerebral Palsy?
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"The course is very well structured, contains a lot of theoretical knowledge and is also put directly into practice with the two case studies. I am looking forward to being able to apply the knowledge I have acquired."

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"The training is very well structured and organized. Good repetition of the anatomy and subsequent explanation for splint construction."

"Thank you very much for this free course. I only knew the GMFCS and the MACS level before. But as a speech therapist, the CFCS is also very interesting for me. "

"Super good concept and great structure, the questions in the final test could vary a little from the course content to really check understanding."

"Best lesson in cerebral palsy for the upper extremities I have ever had in 35 years of professional experience!"

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"The course is very well structured, contains a lot of theoretical knowledge and is also put directly into practice with the two case studies. I am looking forward to being able to apply the knowledge I have acquired."

"I have realized how important neurodynamics is in neurological rehabilitation and will approach my patients with a different mindset in the future. Thank you for the good overview and the interactive structure. The individual patient examples were also very helpful."

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"The course was very intensive, took me longer than 5 hours of study and helped me a lot with my understanding. I think home study with free time organization is great!"
