Prof. Otanocha Sets Agenda for Sustainable Transformation at FUPRE Inaugural Lecture

A compelling call for a shift in engineering philosophy defined the 13th Inaugural Lecture at the Federal University of Petroleum Resources Effurun, Delta State, as stakeholders were urged to embrace a new model of industrial development rooted in sustainability, innovation, and harmony with nature.

Delivering the lecture titled “Let There Be Light: Engineered Systems Response for Nature and Industrial Harmony,” Engr. Prof. Omonigho B. Otanocha, Professor of Advanced Manufacturing Engineering and Sustainable Production Systems, emphasized the urgent need to move beyond conventional production-driven systems toward a more responsible, sustainability-focused engineering paradigm. Drawing from the biblical reference in Genesis 1:3 — “Let there be light,” he described light as a symbol of knowledge, innovation, and the driving force behind purposeful industrial evolution.

Prof. Otanocha stressed that engineering must extend beyond efficiency and productivity to incorporate environmental stewardship and ethical responsibility. According to him, “industry must not resist nature, but respond to it,” noting that the future of industrial transformation lies in aligning technological advancement with natural systems. He painted a vision of engineered systems that mimic nature—where efficiency, minimal waste, and sustainability are at the core of innovation.

Highlighting the role of emerging technologies, the professor pointed to advanced manufacturing, additive manufacturing, laser-based technologies, and digital fabrication as critical tools for achieving sustainable production. He explained that these technologies reduce waste, conserve energy, and promote localized, on-demand production, thereby supporting global sustainability targets.

He further emphasized industrial symbiosis as a practical pathway for sustainable growth, describing it as a system where the waste output of one process becomes the raw material for another. This, he said, reflects the efficiency of natural ecosystems and forms a key pillar of the circular economy model necessary for modern industrial systems.

Providing a global perspective, Prof. Otanocha examined leading sustainability frameworks, including Made in China 2025, Society 5.0, and Industry 4.0, noting their emphasis on digitalization, intelligent manufacturing, and environmental responsibility. He also referenced Egypt Vision 2030 and South Africa’s industrial policy framework as examples of how emerging economies are integrating sustainability into national development strategies.

The inaugural lecturer concluded by urging engineers, policymakers, and industry leaders to adopt a forward-looking approach that integrates innovation with environmental consciousness and long-term societal benefits, stressing that sustainable transformation requires a deliberate alignment between technology and nature.

In his remarks, the Vice-Chancellor of FUPRE, Prof. Ezekiel O. Agbalagba, commended Prof. Otanocha for what he described as a profound and timely lecture. He noted that the presentation successfully bridged theory with practical application, linking the concept of “light” to real-world engineering and sustainability solutions, while also highlighting the lecturer’s patented innovations moving toward commercialization.

Describing the lecture as a call to action, the Vice-Chancellor urged participants to internalize its message and apply its principles within their respective disciplines. He congratulated the inaugural lecturer on what he termed a remarkable academic contribution to both the university and national development.

The lecture attracted a distinguished audience, including principal officers of the university, deans, directors, faculty members, students, and guests from within and outside the academic community, reflecting the growing importance of sustainability discourse in Nigeria’s industrial landscape.

The event concluded with the presentation of a commemorative plaque to Prof. Otanocha in recognition of his scholarly contribution, underscoring FUPRE’s commitment to advancing research, innovation, and sustainable industrial development.