A caption showing where the President of American University in The Emirate, Dubai, awarded Engr. Dr. Ogbeide Samson for Immense Contribution to Knowledge of Expert Systems in Manufacturing. A testament to the exceptional scholarly achievements and significant impact on the field of manufacturing engineering.
Engr. Dr. Ogbeide Samson
Winner, True Scholar Award for Immense Contribution 2015
Engr. Dr. Ogbeide Samsom is the winner of True Scholar Award for Technology 2015 in the 2nd International Conference On National Capacity Building Strategy For Sustainable Development And Poverty Alleviation, which took place at American University in the Emirates, Dubai International Academic City, Dubai. UAE.
Engr. Dr Ogbeide Samson is a researcher and academic staff in the Department of Mechanical Engineering at Ambrose Alli University, Ekpoma, Edo State, Nigeria, he obtained his B.Eng, from Mechanical Engineering, Ambrose Alli University; M.Eng, and Ph. D degrees from Federal University of Technology, Akure and currently a Senior lecturer in Mechanical Engineering, Ambrose Alli University.
Prof. Samson Ogbeide: Pioneering Intelligent Manufacturing and Sustainable Production
In the evolving landscape of global manufacturing, where industries face the dual challenge of improving efficiency and reducing environmental impact, Engr. Prof. Samson Ogbeide stands out as a visionary leader whose research in Expert Systems (ES) and Internet of Things (IoT) integration is transforming cement production. With over 15 years of experience, Prof. Ogbeide’s work not only optimizes critical manufacturing processes but also addresses the pressing need to reduce carbon emissions in cement production as well as optimizes critical processes, enhances energy conservation, and reduces environmental impact—key priorities in today’s industrial landscape. His achievements are not limited to academic contributions; they extend to substantial advancements in industry practices, particularly in sustainable manufacturing.
Revolutionizing Cement Manufacturing through Expert Systems and IoT Integration
One of Prof. Ogbeide’s most pivotal contributions to the cement industry is his research on integrating Expert Systems (ES) with IoT devices to optimize critical manufacturing processes. This innovative approach allows for real-time monitoring, data-driven decision-making, and automated control, all of which are key to optimizing cement production efficiency. Through the integration of IoT sensors, which collect continuous data from various stages of production, Prof. Ogbeide’s expert systems can instantly process this information and make adjustments to optimize operations. This real-time feedback loop improves everything from raw material handling to energy management and equipment performance.
For example, his research has led to the development of IoT-enabled systems that have achieved a 33.3% reduction in man-hour utilization per tonne of cement produced, directly enhancing workforce productivity. Furthermore, his expert systems have reduced energy consumption by optimizing furnace and kiln operations, resulting in significant cost savings and environmental benefits. By using IoT sensors to monitor energy usage in real time, these systems can predict and adjust energy demands, making production both more efficient and eco-friendly.
Optimizing Raw Material Selection and Reducing Waste
Prof. Ogbeide’s expert systems also play a critical role in optimizing the selection and usage of raw materials in cement production. In his paper “Application of Expert System for Raw Material Determination in Cement Industries”, he highlights the development of a web-based expert system that automates raw material decisions based on specific production needs. By feeding data into the system through IoT-enabled sensors, the system can make precise calculations about the quantities and types of raw materials needed at any given time.
This integration reduces waste, enhances resource utilization, and ensures that only the necessary amount of raw material is used, helping manufacturers avoid excess consumption and lower production costs. Moreover, by automating this critical decision-making process, Prof. Ogbeide’s system streamlines operations, enabling faster responses to changes in production requirements and market demand
Energy Conservation through Predictive Maintenance and Process Automation
A key aspect of Prof. Ogbeide’s research is the role of predictive maintenance in improving energy efficiency. His IoT-enabled systems monitor equipment performance and predict potential failures before they occur, reducing downtime and improving overall energy efficiency. This predictive approach allows manufacturers to maintain continuous production without wasting energy on unnecessary repairs or interruptions.
By automating energy management through expert systems, Prof. Ogbeide has enabled cement plants to achieve 15% higher production efficiency, resulting in substantial cost savings and a significant reduction in energy consumption.
Academic Leadership and Membership in Professional Associations
Prof. Ogbeide is not only a leading researcher but also a dedicated academic mentor. As a professor at Ambrose Alli University, Ekpoma, Edo State. Prof. Ogbeide’s contributions have been widely recognized within the professional community. He has received numerous awards, including the Hall of Fame Award for Excellence (2021) and Best Reviewer of the Year (2022) from the Journal of Emerging Trends in Engineering and Applied Sciences. His work is regularly presented at international conferences, and he is a respected editorial board member for several prestigious journals.
Prof. Ogbeide is an active member of several professional engineering organizations, underscoring his commitment to the advancement of the engineering field. His memberships include:
- Corporate Member, Nigerian Society of Engineers (NSE)
- Council for the Regulation of Engineering in Nigeria (COREN)
- International Association of Engineers (IAENG)
- IAENG Society of Artificial Intelligence
- IAENG Society of Internet Computing and Web Services
- IAENG Society of Industrial Engineering
- IAENG Society of Mechanical Engineering
These affiliations provide Prof. Ogbeide with the platform to influence industry standards, engage with fellow experts, and continue his mission of advancing intelligent manufacturing and sustainable engineering practices.
A Vision for the Future: Smart, Sustainable Manufacturing
Prof. Ogbeide’s future research is focused on expanding the integration of AI, IoT, and expert systems to develop fully automated, adaptive manufacturing systems. His vision includes a global shift toward net-zero emissions in cement production, where intelligent systems and real-time monitoring play central roles in achieving both economic and environmental goals.
His work embodies the future of manufacturing—where technology, efficiency, and sustainability converge to create a cleaner, smarter, and more efficient industrial landscape.
Conclusion
Prof. Samson Ogbeide’s integration of Expert Systems (ES) with Internet of Things (IoT) devices is transforming the cement industry by optimizing critical manufacturing processes, reducing energy consumption, and minimizing environmental impact. His research in sustainable production practices and intelligent systems has set new standards for global manufacturing. As an educator, researcher, and industry leader, Prof. Ogbeide continues to shape the future of manufacturing, demonstrating how smart technologies can lead to a more efficient, sustainable, and prosperous future.