How would you describe your life and career after graduation?
After graduation, I looked forward to contributing meaningfully to Nigeria’s technological growth through innovative engineering solutions and process optimisation. But entering the Nigerian labour market revealed a disconnect between academic preparation and industry demand. Despite the country’s industrial potential, the role of industrial engineers remains poorly understood and underutilised. Many organisations still overlook the discipline’s strategic importance to efficiency, productivity, and technological advancement.
Industrial Engineering is fundamentally about designing, improving, and integrating complex systems of people, materials, information, and energy. It bridges the gap between engineering and management – making systems work smarter, faster, and more sustainably. Industrial engineers are vital in optimising operations, reducing waste, and ensuring quality across sectors like manufacturing, logistics, and healthcare.
Yet, in Nigeria, these capabilities remain largely untapped. This experience motivated me to pursue advanced studies and research that align with global best practices and to contribute to building a more innovation-driven, efficient, and technologically empowered Nigeria.
But could you have pursued your advanced studies in your field here in Nigeria? You relocated in 2022 to the United States. What were your reasons?
I wanted to immerse myself in an environment where I could access world-class research facilities, advanced manufacturing technologies, and interdisciplinary collaboration platforms that enable innovation at scale. The United States offered a nurturing ecosystem for research in digital engineering, advanced manufacturing, and AI-based systems – areas that align closely with my long-term goals. Nigeria undoubtedly has incredible potential and talent. But the limited research funding, unstable policy support, and slow technology adoption create barriers for engineers and scientists who aspire to work at the frontier of innovation.
I decided to relocate to overcome those limitations, not due to a loss of faith in my country. In fact, my vision has always been to return better equipped – to bring back knowledge, methods, and global best practices that can strengthen Nigeria’s engineering and technological foundation.
Tell us about your MSc research work.
My work centres on designing autonomous AI-driven systems that are safe, reliable, trustworthy, and explainable. If these systems are to support decision-making in defence, healthcare, or manufacturing, they must earn the trust of the people who rely on them. This can greatly enhance Nigeria’s technology landscape by improving efficiency, productivity, and decision-making across industries such as manufacturing, agriculture, energy, and transportation. They can enable smart factories, precision farming, predictive maintenance, and intelligent logistics. These systems will also expand access to quality healthcare and digital services.
However, to fully harness their potential, Nigeria must invest in AI education, data infrastructure, and ethical governance and position itself as a regional leader in the Fourth Industrial Revolution.
How would you assess Nigeria’s progress in Industry 4.0 and its technologies?
Nigeria is making gradual but uneven progress in adopting Industry 4.0 and its associated technologies. There are positive developments, such as the rise of tech-driven manufacturing startups, digital skills programmes (like NITDA’s AI and robotics initiatives), university-industry collaborations, and smart factory pilots in Lagos, Ogun, and Abuja.
The fintech and telecommunications sectors have also shown strong digital maturity, demonstrating Nigeria’s innovation potential. However, widespread adoption of Industry 4.0 remains limited by infrastructure gaps, inconsistent power supply, low automation in traditional industries, and insufficient investment in research and development (RandD) and technical training. With stronger policy frameworks, investment in digital infrastructure, and upskilling of the workforce, Nigeria could accelerate its transition from manual and semi-automated systems to intelligent, data-driven production environments and emerge as a regional hub for advanced manufacturing and digital innovation.
With the benefit of your exposure as a US-based practitioner, would you say Nigeria’s engineering sector is making progress as it should?
The Nigerian engineering sector is vibrant and full of potential, but is still developing in terms of industrial capacity, research integration, and technological adoption. It has produced highly skilled engineers who contribute globally, yet domestically, the sector faces challenges such as inadequate infrastructure, limited local manufacturing, dependence on imported technology, weak enforcement of engineering standards, and insufficient investment in RandD.
Despite these hurdles, Nigeria’s engineering community remains resilient – driving growth in construction, energy, telecommunications, and emerging digital industries.
From the United States, Nigeria can learn several key lessons. First, the integration of engineering education with industry through co-op programmes, research partnerships, and innovation hubs can strengthen practical skills and technology transfer. Second, investment in advanced manufacturing and automation can create competitive local industries. Third, robust regulatory institutions like ASME and IEEE in the U.S. ensure safety, innovation, and professional accountability – something Nigeria can emulate through greater support for COREN and NSE. Lastly, the US demonstrates the value of funding RandD, promoting entrepreneurship, and protecting intellectual property, all of which fuel continuous engineering innovation.
By combining these lessons with its youthful talent and resource potential, Nigeria can build a globally competitive engineering ecosystem.
If you were a Minister of Science and Technology in Nigeria, what would you do differently to advance Nigeria’s technological development?
I would implement a strategic, innovation-driven national framework that emphasises education, research and industry collaboration. Nigeria should invest significantly in STEM education, technical training, and digital literacy to develop a skilled workforce prepared for Industry 4.0. Enhancing RandD institutions and connecting them with local industries and universities will foster domestic innovation and decrease reliance on imports. The government should also establish innovation clusters and technology parks, providing incentives for startups and manufacturing companies to adopt automation, AI and renewable technologies.
Equally vital is creating clear regulatory policies and funding mechanisms that promote private-sector involvement and safeguard intellectual property. By cultivating a culture of innovation, transparency and ongoing learning, Nigeria can shift from a technology consumer to a global leader in scientific and technological progress.