Dr Shakuntala Misra National Rehabilitation University (DSMNRU) has entered into a collaboration with the Footwear Design and Development Institute (FDDI), Fursatganj, in a move that could strengthen industry-linked learning for students in orthotics, prosthetics, footwear and related rehabilitation technology fields.
According to a report in The Times of India, the partnership is intended to enhance employability, research and innovation opportunities, while giving students access to industry-based training and hands-on exposure to modern technologies.
For India’s prosthetic and orthotic community, the collaboration is significant because it reflects a growing need to connect academic rehabilitation education with practical fabrication, footwear technology, product development, retail knowledge and industry workflows.
India has a large and growing need for orthotic, prosthetic and assistive technology services. However, the sector also faces challenges around workforce capacity, practical training, clinical exposure, workshop skills, modern fabrication methods and industry readiness.
University education provides the foundation for clinical reasoning, anatomy, biomechanics, pathology and rehabilitation principles. But P&O students also need strong exposure to materials, manufacturing, footwear design, patient-specific fabrication, quality control, product testing, retail pathways and technology adoption.
The DSMNRU–FDDI collaboration is important because it brings together rehabilitation education and footwear-sector expertise. This matters particularly for lower-limb orthotics, diabetic foot care, therapeutic footwear, accommodative insoles, paediatric orthoses, semi-custom foot orthotics and mobility-related product design.
The report states that students will be introduced to developments in footwear technology, fashion technology, retail management, prosthetics and orthotics. This combination is relevant because modern O&P practice increasingly sits at the intersection of clinical care, materials science, design, fabrication and user experience.
For example, an orthotist working with a diabetic patient may need to understand pressure redistribution, footwear depth, insole materials, rocker soles, closure systems and patient adherence. A prosthetist working with a lower-limb amputee may need to consider footwear compatibility, gait mechanics, durability, socket comfort and real-world use. A technician may need to work across thermoplastics, EVA, foams, lamination, digital design, finishing and repair.
By exposing students to industry-linked training, institutions can help narrow the gap between classroom learning and day-to-day clinical and technical practice.
The partnership also includes academic activities and research initiatives. This could be valuable for India’s O&P sector if it supports applied research in areas such as:
India needs more applied research that connects clinical outcomes with practical service delivery. Research should not only focus on advanced devices, but also on affordable, scalable and repairable solutions suitable for public hospitals, rehabilitation centres, NGOs, private clinics and community-based services.
The role of footwear in rehabilitation is often underestimated. In orthotics, footwear is not simply an accessory. It can determine whether an orthosis functions properly, whether an insole delivers the intended support, and whether a patient actually uses the prescribed device.
For patients with diabetes, neuropathy, foot deformity or ulcer risk, footwear can be part of a limb-preservation strategy. For children using AFOs, the right shoe can affect stability, comfort and adherence. For prosthesis users, footwear can influence alignment, gait and safety.
This makes collaboration between rehabilitation universities and footwear technology institutes highly relevant. It can help students understand the full mobility chain: foot, shoe, orthosis, prosthesis, gait, comfort and long-term use.
One of the most important elements of the DSMNRU–FDDI tie-up is its focus on employability. India’s rehabilitation sector needs graduates who are not only academically qualified, but also ready to work in clinics, workshops, hospitals, manufacturing units, assistive technology companies, footwear labs, public programmes and private practices.
Industry exposure can help students understand:
This is particularly important as India’s O&P sector becomes more exposed to digital fabrication, 3D printing, pressure mapping, CAD/CAM design, prefabricated orthotic systems, advanced materials and new models of assistive technology supply.
The DSMNRU–FDDI partnership could serve as a model for other collaborations between rehabilitation institutions and industry-linked technical organisations. India’s O&P education ecosystem would benefit from stronger links with footwear institutes, engineering colleges, design schools, medical device manufacturers, public hospitals, rehabilitation NGOs and assistive technology start-ups.
Such partnerships can support curriculum enrichment, internships, faculty exchange, student projects, product testing, clinical research and entrepreneurship. They can also help ensure that students understand both clinical needs and manufacturing realities.
For BharatCPO readers, this collaboration should be viewed as more than an institutional announcement. It is a reminder that the future of Indian O&P education depends on stronger bridges between universities, workshops, clinical services and industry.
As the collaboration develops, several questions will be important for the sector:
If implemented well, the DSMNRU–FDDI collaboration could help strengthen India’s rehabilitation workforce and support a more practical, industry-aware model of O&P education.
The collaboration between DSMNRU and FDDI is a positive development for India’s rehabilitation and assistive technology education landscape. By connecting orthotics, prosthetics, footwear technology, research and industry-based training, the partnership addresses a key need in Indian O&P: graduates who are clinically informed, technically capable and ready for modern practice.
For a country with major rehabilitation needs, industry-linked education is not optional. It is essential for building a stronger, more responsive and more innovative prosthetic and orthotic workforce.