When Will AI Replace Orthésistes et Prothésistes ?

The impact of AI on orthotists and prosthetists will unfold gradually. Early automation, starting around 2030, will primarily affect entry-level technicians focused solely on fabrication tasks. This wave will leverage AI-powered design software and robotic manufacturing for processes like CAD modeling and 3D printing setup.

By 2037, approximately 25% of all orthotist and prosthetist tasks are projected to be automated. This mid-wave transformation will involve more sophisticated AI integration into design and manufacturing, but core patient-facing roles will remain largely unaffected in the short to medium term.

Significant automation impact is still 15+ years away for certified orthotists and prosthetists providing direct patient care. Continued demand through 2040 and beyond is expected, driven by an increasing need for these specialized skills in an aging population and growing sports medicine sector.

Entry-level technicians whose roles are solely focused on fabrication are most susceptible to earlier AI impact, potentially by 2030. Tasks involving repetitive design and setup for manufacturing, such as CAD modeling and 3D printing configuration, are prime candidates for automation.

Certified orthotists and prosthetists who provide direct patient care are in a strong position. Their roles require essential custom fitting, complex biomechanical assessments, and empathetic patient counseling, which AI cannot replicate. These skills ensure continued demand and job security through 2040 and beyond, with a potential 15-20% demand increase.

To thrive in the evolving landscape, focus on developing and emphasizing the human-centric skills that AI cannot replace. This includes mastering complex biomechanical problem-solving, enhancing patient counseling and empathy, and perfecting hands-on physical adjustments for custom fittings. These are the core competencies that will remain in high demand.

Embrace the integration of AI and advanced manufacturing tools into your workflow. While AI will automate design and fabrication setup tasks, understanding how to leverage AI-powered design software and robotic manufacturing can enhance your efficiency and capabilities. Staying updated on these technological advancements is key to maintaining a competitive edge.