Operations Research Specialist with 4+ years experience applying optimization and machine learning in aircraft/aviation operations, aircraft maintenance operation, public transportation, with over 2+ years as Reliability and Material Planning Engineer, achieving 10-20% cost reduction through maintenance and planning optimization. Currently a Ph.D. candidate at FAMU-FSU College of Engineering, Florida A & M University and with research collaborations with Major U.S Airlines and Transportation Agencies.
One of the core lessons imprinted on me at a young age was understanding the processes involved in running my father's business. In recent years, I also delved into establishing a supply chain startup. Even though it's no longer in operation, the skills I acquired have engineered my passion for sustainable supply chain, logistics, and transportation systems.
Presently, I am a Ph.D. candidate in Industrial Engineering at FAMU-FSU College of Engineering, where Professor Yanshuo Sun advises me. My research lies in applying mathematical modeling, big data, machine learning, AI, operations research, and optimization toward improving the planning, operations, and management of transportation systems, supply chains, and logistics.
Beyond research, I enjoy reading, learning, and writing about new discoveries on my blog. I love traveling, playing the keyboard, composing music, and officiating football matches.
Applying quantitative methods and emerging technologies to solve complex problems across transportation, logistics, and supply chain systems.
Optimization of fleet reliability, maintenance planning and scheduling optimization, strategic capacity planning, and operations management for aviation systems.
Mathematical modeling and optimization techniques for complex systems and resource allocation.
Leveraging artificial intelligence and data-driven methods for predictive analytics and decision support.
Planning, operations, and management improvements for public and urban transit systems.
Harnessing large-scale datasets to uncover patterns and drive operational improvements.
Sustainable supply chain design, freight transportation, and end-to-end logistics optimization.
A blend of technical programming skills, analytical frameworks, and professional tools that power my research and projects.
A track record of leadership, community building, and voluntary service across academic and faith-based organizations.
You are welcome to visit my LinkedIn page for more updates about me in the news.

Presented research combining mathematical optimization and machine learning for strategic capacity planning across a network of aircraft maintenance facilities.
Conference presentation
Featured for describing maintenance planning as the "invisible engine of aviation" and for research on optimization models that reduce airline planning computation by up to 80%.
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Air travel remains the heartbeat of modern economies, connecting people and markets across borders. Yet in Nigeria, it is often defined by delays, sudden cancellations, and high operating costs that frustrate both passengers and airlines..
Read full articleAwarded the Corning Endowed Doctoral Fellowship in recognition of outstanding doctoral research in Industrial Engineering.
Award
Students explored how statistical correlations inform transportation planning. Through a gamified challenge, they analyzed real-world scatterplots, linking data patterns with practical insights into transit, safety, and infrastructure decisions..
Mentoring/Volunteering
Awarded the Ted Rogers Scholarship ($5,000) for the 2023–2024 academic year in recognition of research excellence and commitment to revolutionizing sustainable transport.
Read full storyRecognized by the Zeribe Nwosu Foundation for securing a fully funded PhD in Industrial Engineering at FAMU-FSU College of Engineering.
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JohnPaul was nominated and presented his research at the IISE Doctoral Colloquium.
Conference talkPresented optimization research for maintenance planning at the Bridging Transportation Researchers (BTR) Online Conference.
Conference talk
Discussed the best strategies to follow in 2023 for a successful graduate application and landing those fully funded admision offers .
Guhtac Scholars
The aviation industry is one of the most data-intensive sectors in the world. Every flight generates mountains of information: passenger loads, maintenance schedules, spare parts usage, fuel consumption, delays, cancellations, e.t.c. Yet in Nigeria, much of this data remains underutilized, leaving airlines struggling to plan effectively in a competitive and resource-constrained environment.
News Featured Article
A practical guide to extracting dominant themes from text corpora using Python's LDA model and NLP ecosystem.
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An overview of the most impactful Python libraries and frameworks powering modern data science workflows.
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