Why Africa Must Build Technology for African Problems: Lessons from My Journey in Robotics and Smart Agriculture

By Thompson Lucky

“Africa’s future will not be transformed by technology we merely consume. It will be transformed by technology we design, build, deploy, and continuously improve ourselves.”

Introduction

When people hear the words innovation or technology, they often think of Silicon Valley, Shenzhen, Tokyo, or Berlin. Rarely do they think of Lagos, Enugu, Nairobi, Kigali, or Accra.

Yet, every day across Africa, talented engineers, researchers, entrepreneurs, and young innovators are quietly developing solutions to problems that affect millions of people.

The challenge is not that Africa lacks innovators.

The challenge is that African innovations often receive less visibility, less investment, and less trust than imported technologies.

Over the years, working in robotics, embedded systems, artificial intelligence (AI), Internet of Things (IoT), and smart agriculture, I have become convinced of one important truth:

Africa’s greatest opportunity lies in designing technology for African realities.

This belief has shaped my career and inspired many of the projects I have been privileged to work on.

Innovation Begins with Observation

People sometimes imagine that innovation starts with advanced laboratories or expensive equipment.

In my experience, it starts with observation.

It starts by asking questions such as:

• Why is this process difficult?
• Why does this problem keep occurring?
• Why are people struggling to use this technology?
• How can this experience be made simpler?

Throughout my career, I have learned that the best engineering solutions often emerge from paying close attention to how people interact with technology.

Instead of beginning with complicated theories, I begin with people.

Seeing the Challenge in Robotics Education

For several years, I have worked with schools, training centres, and young learners, teaching robotics and embedded systems.

One challenge appeared repeatedly.

Students arrived excited to build robots.

Teachers were eager to introduce STEM education into their classrooms.

Parents wanted their children to develop practical engineering skills.

But before learning could begin, everyone encountered the same obstacle.

Students spent much of their time searching for screws, tightening bolts, connecting jumper wires, and troubleshooting assembly problems.

Many beginners became frustrated before writing a single line of code.

The problem was not robotics.

The problem was the learning experience.

That realization eventually inspired the development of the SDR_V1 (Screwless Drive Robot Version 1) through LITA Network and Robotics.

The objective was straightforward:

Remove unnecessary complexity so students can focus on learning, creativity, and innovation.

Innovation Beyond the Classroom

My journey has not been limited to robotics education.

I also had the privilege of contributing to the development of the Smart Alternate Irrigation and Drying (SAID) System, an intelligent irrigation solution designed for precision agriculture.

The SAID project was developed with my team for the University of Nigeria, Nsukka (UNN) and supported through funding under the European Union (EU), Gearbox, International Centre of Insect Physiology and Ecology (ICIPE), AgriDI, and OACPS Research and Innovation (R&I) ACP programme.

The system integrates embedded systems, IoT technologies, solar energy, GPS tracking, and real-time sensor monitoring to help farmers make better irrigation decisions.

The solution has been deployed to support farmers in Abakaliki, Nigeria, demonstrating how engineering can directly improve agricultural productivity and resource management.

Working on both SDR_V1 and SAID taught me an important lesson.

Although the sectors are different — education and agriculture — the engineering approach is remarkably similar.

Observe the problem.

Understand the users.

Design around their needs.

Test.

Improve.

Repeat.

Africa Does Not Need Copies

Across the continent, many organizations purchase technologies developed for completely different environments.

Often, these products require modifications before they become useful in African schools, farms, or industries.

Instead of continuously adapting imported technologies, Africa should increasingly invest in developing solutions designed for its own educational systems, environmental conditions, economic realities, and cultural contexts.

This is not about rejecting global innovation.

It is about complementing it with African ingenuity.

Locally developed technologies create local expertise.

They create local employment.

They strengthen research capacity.

Most importantly, they build confidence among young engineers who realize that world-class innovation can emerge from African laboratories and workshops.

Preparing Future Innovators

One of the most rewarding aspects of my career has been working directly with students.

Over the years, I have trained and mentored learners in robotics, AI, IoT, and embedded systems while preparing teams for local robotics competitions and international events, including Pi Wars-inspired activities and robotics challenges.

These experiences have reinforced my belief that talent is everywhere.

Opportunity is not.

When students gain access to practical learning tools, mentorship, and encouragement, they consistently exceed expectations.

Our responsibility as educators and engineers is to create environments where curiosity can grow into innovation.

The Role of LITA Network and Robotics

LITA Network and Robotics was established with a clear mission:

To develop practical technologies that improve learning, solve real-world problems, and inspire innovation across Africa.

Our work extends beyond designing products.

We are committed to:

• Advancing robotics and STEM education.
• Promoting embedded systems and AI development.
• Supporting practical engineering skills.
• Encouraging local manufacturing and product development.
• Building technologies that address African challenges.

Whether through educational platforms like SDR_V1 or smart agriculture solutions like SAID, our objective remains the same:

Technology should empower people.

Looking Forward

Africa is home to one of the youngest populations in the world.

This represents an extraordinary opportunity.

The engineers, researchers, entrepreneurs, and innovators who will shape Africa’s future are already sitting in today’s classrooms.

What they need are opportunities to learn, experiment, fail, improve, and create.

That future cannot depend entirely on imported technologies.

It must also be built by Africans designing solutions for African communities.

I believe every locally developed innovation contributes to that future.

The SDR_V1 and the SAID system are simply two examples of what becomes possible when engineering begins with a genuine understanding of local challenges.

There is still much more to build.

And I remain optimistic about what African innovators can achieve together.

About the Author

Thompson Lucky is a Mechatronics and Systems Engineer and the Founder of LITA Network and Robotics, Nigeria. He specializes in robotics, Artificial Intelligence (AI), embedded systems, Internet of Things (IoT), automation, and STEM education. He developed the SDR_V1 (Screwless Drive Robot Version 1), an educational robotics platform designed to simplify robotics learning through a screwless, plug-and-play architecture.

Thompson also contributed to the development of the Smart Alternate Irrigation and Drying (SAID) System, created with his team for the University of Nigeria, Nsukka (UNN) and deployed to support farmers in Abakaliki through funding under the European Union (EU), Gearbox, ICIPE, AgriDI, and OACPS R&I ACP programme. Over the past eight years, he has trained students in robotics and AI, mentored teams for local and international robotics competitions, and continues to advocate for African-designed technologies that address local challenges and inspire the next generation of innovators.