TEAM STRUCTURE
Innovation Title: Orthopaedic Thermoplastic Slab (OTS) for Children with Cerebral Palsy.
Dr. Oluremi Aduke Saliu, Team Lead
Dr. Ayodeji Oluwafemi
Idowu, Team Member
Dr. Opeyemi Eunice Olokoba, Team Member

L/R: Dr. Opeyemi Eunice Olokoba, Dr. Oluremi Aduke Saliu, and Dr. Ayodeji Oluwafemi Idowu
This
recognition reflects years of commitment to innovation, inclusion, research,
and community impact. It also represents an important step toward addressing
one of the major challenges affecting children living with physical
disabilities in Nigeria and many developing countries.
TETFAIR,
which stands for TETFund Alliance for Innovative Research, is a national
innovation programme established by the Tertiary Education Trust Fund in
partnership with Innov8 Hub Abuja. The programme was created to help Nigerian
researchers and innovators transform ideas into practical solutions that solve
real problems within society. Rather than allowing research outcomes to remain
within classrooms and laboratories, TETFAIR supports innovators in developing
prototypes, improving products, and preparing innovations for real world
application and commercialization.

The
programme has become one of the most respected innovation platforms in Nigeria
because it connects researchers with mentors, industry experts, innovation
labs, investors, and technical support systems capable of helping local ideas
grow into impactful solutions. Being selected into the programme is a
significant accomplishment due to the highly competitive nature of the process
and the large number of applications received from institutions across the
country.
Dr.
Oluremi A. Saliu’s innovation focuses on children living with cerebral palsy,
commonly known as CP. Cerebral palsy is one of the most common physical
disabilities affecting children around the world. It is a neurological
condition caused by damage or abnormal development in the brain, often before
birth, during childbirth, or shortly after birth. The condition affects
movement, muscle coordination, posture, and balance.
Children
living with cerebral palsy often experience stiffness in the muscles,
difficulty walking, poor body control, and challenges with physical movement.
Some children require constant physical support to sit, stand, or move
comfortably. In many cases, they also face difficulties participating fully in
school activities, social interactions, and everyday life due to mobility
limitations.

Although
cerebral palsy does not worsen progressively like some neurological conditions,
its effects can become more difficult over time when proper rehabilitation and
support systems are unavailable. Many children require long term physiotherapy,
orthopaedic support devices, and specialized care to improve movement, reduce
pain, and maintain physical stability.
In
Nigeria and many low income settings, access to these support systems remains
limited. Families raising children with cerebral palsy often struggle with the
high cost of orthopaedic devices, rehabilitation therapy, transportation, and
specialized medical care. Imported assistive devices are usually expensive and
difficult to access, while locally available alternatives are limited. As a
result, many children are unable to receive the physical support they need to
improve their quality of life.
This
is where the Orthopaedic Thermoplastic Slab innovation becomes highly
important. The innovation seeks to provide a more accessible, adaptable,
lightweight, and child friendly orthopaedic support solution for children
living with cerebral palsy. By using thermoplastic materials, the device is
expected to offer better comfort, improved flexibility, durability, and support
for rehabilitation.

Orthopaedic
support devices play a major role in helping children with cerebral palsy
maintain proper posture, reduce muscle complications, improve mobility, and
participate more actively in therapy and learning activities. A child who
receives proper physical support has a better opportunity to participate in
education, social life, and community engagement with improved confidence and
dignity.
The
significance of this innovation goes beyond healthcare alone. It speaks
directly to the need for locally developed solutions that respond to the
realities faced by vulnerable families within African communities. It also
reflects the growing importance of research driven innovation in solving social
and health related problems in Nigeria.

The
Orthopaedic Thermoplastic Slab project aligns strongly with the United Nations
Sustainable Development Goals. It contributes to Goal 3, which focuses on good
health and wellbeing, by promoting rehabilitation support and improved
healthcare outcomes for children with disabilities. It also supports Goal 4 on
quality education because improved mobility and physical support increase the
chances of children with cerebral palsy participating effectively in school
activities. The innovation further contributes to Goal 9 on industry and
innovation through local healthcare technology development, while also
supporting Goal 10 on reduced inequalities by promoting inclusion and
accessibility for children living with disabilities.
For
Not Dejected Initiative, this achievement represents more than recognition. It
reflects a vision of building a society where vulnerable individuals are not
forgotten and where innovation is used to improve lives and restore dignity.
The organization remains committed to supporting initiatives that promote
inclusion, wellbeing, accessibility, and sustainable community development.
The
selection of Dr. Oluremi A. Saliu into TETFAIR 2026 stands as a strong example
of how research, innovation, and compassion can come together to address
pressing social challenges. It also offers hope to many families raising
children with cerebral palsy who continue to seek affordable and effective
rehabilitation support within their communities.
As
this journey progresses, Not Dejected Initiative looks forward to the impact
this innovation will create across healthcare, rehabilitation, disability
inclusion, and child support systems in Nigeria and beyond.
References
- https://innov8hub.ng/tetfair-home/
- https://innov8hub.ng/from-ideas-to-impact-tetfair-2026-teams-begin-their-journey-at-innov8-hub/
- https://innov8hub.ng/call-for-applications/
- https://www.who.int/news-room/fact-sheets/detail/cerebral-palsy
- https://www.cdc.gov/ncbddd/cp/facts.html
- https://www.unicef.org/disabilities
- https://leadership.ng/2026-tetfair-targets-research-commercialisation/
- https://guardian.ng/news/tetfund-innov8-hub-unveil-11-new-teams-for-tetfair-programme/