Mr. Femi, could you first tell us about your trip – what inspired you to pursue robotics and how did you lead you to where you are today?
My journey into the robotic began with curiosity and the simple desire to fix problems that I saw around me. I grew up and noticed how people often had to do the same tough tasks again and again, and I always thought – there must be a better way, maybe something mechanical that could help.
This thought remained with me. Over time, it became a real passion. I knew that if I followed him, I could build something sensible and possibly make life easier for others.
An area that I noticed was agriculture in Nigeria. Many farmers still use old and exhausting methods to grow food. It is difficult work. I started to imagine how technology – especially robotics and AI – could help make the process faster, easier and more productive. This hope was a large part of why I chose this path and it still motivates the work I do today.
How can these innovations be worked as someone at the top of robotics in the United States in the United States to solve challenges in Africa – especially in areas such as agriculture, healthcare or logistics?
A area of innovation that I believe that he could make a big difference in Africa is the use of Additive productionalso known as 3D printing. This technology enables us to create parts and machines directly from digital models. It is a game change because it offers flexibility to design, test and produce solutions locally, and to produce without waiting for expensive imports or complicated supply chains.
In agriculture, for example, we can use 3D printing to create custom tools or components for machines that help with planting or irrigation. In the healthcare system we could produce inexpensive prostheses or even medical devices that are tailored to local needs. And under construction we already see how 3D printed apartments can help to fix the lack of housing faster and affordable.
However, the true breakthrough would be Development of these 3D printing technologies locally– Use raw materials that we already have. If we can build and maintain our own additive manufacturing systems in Africa, we will not only solve problems more efficiently, but also build a sustainable, local technology ecosystem. So I see robotics and additive technology together to tackle some of the greatest challenges of the continent.
Many young Africans see experts like them. What practical steps would you suggest for students or young engineers in Africa who would like to take robotics and AI?
I think the first step is to raise awareness and ensure that young people really understand what robotics and AI are all about. It begins with a strong basis in topics such as mathematics – especially calculation and algebra – because these are the tools that help you to think logically and solve problems.
In addition, learning from at least one programming language can open up a world full of opportunities at a young age. It helps young heads to see how computers work and what they can create with them.
It is also important to understand traditional fields such as mechanical engineering and electrical engineering, as these form the backbone of the robotic. If you combine this solid technical knowledge with the power of AI and machine learning, it will be easier to develop intelligent systems and new ideas.
Young Africans are naturally creative and full of energy. With the right resources and the right exposure, I believe that you can build innovative solutions that not only solve local problems, but also have an impact worldwide.
You have worked on advanced robot systems – can you give us an example of a project in which AI really changed the way the robot carried out its tasks?
Yes, absolutely. In my role as a robotics software engineer at Earthwise Packaging, I had the opportunity to work on a really exciting project. I was part of a team that developed an autonomous mobile robot – or AMR – for a warehouse environment.
We aimed at what we call A Level 5 autonomyThis means that the robot could operate alone without human intervention. My role was full of stack, so I worked on everything, from the robot's perception and navigation systems to decision-making logic.
AI played a major role to make this possible. We used machine learning models to understand the robot its surroundings, to avoid obstacles and to plan its path intelligently in real time. Over time, the robot learned to adapt to dynamic environments – such as changing shelves or unexpected human movements – which made its performance smoother, safer and more reliable.
This project really showed me how strong AI can be in combination in combination with robotics – it enables machines not only to follow instructions, but also to think and react like a teammate.
What role do you play Africa in the next 10 years when it comes to robotics and AI development?
“I think Africa has a real opportunity to play an important role in the future of robotics and AI – especially in the next 10 years. But to get there, we first have to inspire and encourage young minds to get involved – not only in old age, but everyone who can be eaten strangely and passionately build the robotics and even overwhelming, and it is important that the technical skills are important.
It is just as important to create the right environment in which innovation grows. This requires a common effort from all parts of society. Governments must provide the basic infrastructure – such as stable electricity and the Internet. The private sector, including investors and industry leaders, must be willing to support startups and new ideas. And the general public also has a role – through the support and use of local technologies.
If we promote talent and build a strong, supportive ecosystem, Africa can become a leading company in robotics and AI from the consumer of technology. The creativity and determination are already here – we just have to continue to build the basis. ”