Adaptive equipment design and fabrication.

Area of Science:

• Rehabilitation Science
• Assistive Technology Design
• Occupational Therapy Practice

Background:

• Standard adaptive equipment from catalogues may not meet all functional needs of disabled persons.
• Custom-designed and fabricated assistive devices are sometimes necessary for effective solutions.
• Occupational therapists possess unique skills to address daily living challenges through adaptive equipment.

Purpose of the Study:

• To explore the problem-solving process employed by an occupational therapist in designing and fabricating adaptive equipment.
• To present a seven-part guide for occupational therapists seeking to enhance their skills in custom assistive device creation.
• To advocate for specialized adaptive equipment design within occupational therapy practice.

Main Methods:

• Case study approach detailing the adaptive equipment design and fabrication process.
• Exploration of a specific occupational therapist/designer's problem-solving methodology.
• Identification and discussion of seven distinct stages in the custom adaptive equipment development process.

Main Results:

• A structured, seven-part problem-solving framework for adaptive equipment design has been identified.
• The process emphasizes a systematic approach to addressing unique functional challenges.
• The findings provide a practical guide for occupational therapists to develop custom solutions.

Conclusions:

• Occupational therapists can significantly improve functional independence by designing and fabricating custom adaptive equipment.
• The presented problem-solving process offers a valuable resource for professional development in assistive technology.
• Encouraging specialized design skills can expand the scope and effectiveness of occupational therapy interventions.