Imagine a world where amputees can receive a custom-fitted prosthetic socket within 24 hours, without even stepping into a clinic. This is not a distant dream but a present reality, thanks to the pioneering efforts of the African Engineering and Technology Network.
Our project, a collaboration between the University of Nairobi, Kenyatta National Hospital, Dedan Kimathi University of Technology, the University of Rwanda and Carnegie Mellon University, showcases how cutting-edge technology and cross-border collaboration can transform lives.
Our innovative method relies solely on a video recording of the amputation stump, allowing clients to access this service from virtually anywhere. AI and Machine Learning analyse these videos to create highly accurate and personalised prosthetic sockets.
Using 3D printing, these sockets are then produced at a low cost and within 24 hours, significantly reducing wait times and costs while increasing the comfort and usability for amputees.
This project highlights the power of interdisciplinary and cross-border collaboration, bridging gaps between medicine, engineering and IT to deliver practical, life-changing solutions. But this is just the beginning.
Our next ambitious project aims to bring precision medicine to the masses. By utilising genetic sequencing and advanced data analytics, we plan to develop personalised treatment plans tailored to the unique genetic profiles of individuals. This approach has the potential to revolutionise healthcare in Africa, providing more effective and targeted treatments, ultimately improving patient outcomes on a large scale.
Afretec, established through a collaborative effort of leading African universities, industry partners and government bodies, was born out of the necessity for a cohesive approach to technological and engineering education.
The network is funded by a combination of governmental grants, private sector investments and international development funds, ensuring the sustainability and scalability of its initiatives.
Since its inception, Afretec has made significant strides in transforming engineering and technology education in Africa. Through projects like ours, which leverage AI, Machine Learning and 3D printing, the network has demonstrated the tangible benefits of interdisciplinary and cross-border collaboration.
By creating market-ready solutions that are both novel and cost-effective, Afretec addresses Africa’s unique challenges with local talent and culturally relevant innovations.
However, our journey has not been without its challenges. The old-school bureaucratic nature of some African universities can slow down the pace of our work. These institutions may not fully grasp the disruptive nature of the work Afretec is doing, leading to delays and resistance to change.
Despite these hurdles, our commitment to innovation and collaboration drives us forward, continually finding ways to navigate and overcome these obstacles.
The critical need for more collaborative efforts in addressing Africa’s challenges cannot be overstated. Afretec’s model of interdisciplinary and international cooperation serves as a blueprint for future initiatives.
By bringing together diverse expertise and cutting-edge technology, we can continue to create solutions that are not only innovative but also practical and sustainable.
The Afretec project on prosthetic sockets is a testament to what can be achieved when we break down barriers and work together across disciplines and borders. It underscores the importance of using advanced technology to create solutions tailored to the unique challenges faced by Africa.
As we move forward, it is imperative that we continue to foster such collaborations, ensuring the solutions we develop are groundbreaking and accessible to those who need them most.
In the spirit of innovation and cooperation, let us embrace the future with a commitment to collaboration and a focus on creating impactful, market-ready solutions for Africa’s most pressing needs.