Advancing
Materials &
Industrial Engineering
Research spanning foundry technology, corrosion science, surface engineering, and advanced materials — developing solutions grounded in real industrial and environmental challenges.
Where curiosity meets
engineering challenge
Corrosion Studies
Examining how metals and composites resist — or succumb to — corrosion across real-world environments, from synthetic brake fluid to subsea pipelines in marine conditions.
Design & Production of Agricultural & Industrial Machines
Engineering practical machines that solve real production problems — from a cassava peeling machine and rice thresher to a solar-powered 3D printer for plastic filament.
Foundry Raw Materials Development
Studying the sands, clays, and binders behind quality metal casting — including a self-curing, plant-resin core binder developed as part of doctoral research.
Heat Treatment & Surface Engineering
Refining case hardening, carburizing, and surface treatment techniques to strengthen mild steel and improve mechanical performance in industrial applications.
Materials Properties & Characterization Studies
Characterizing the mechanical, thermal, and structural properties of metals, alloys, and composites to inform sounder engineering decisions.
Nanomaterials & Composites Development
Creating and characterizing composite and nano-scale materials — including eco-friendly, biosynthesized silver nanoparticles — for engineering and medical applications.
Smart & Advanced Materials Development
Developing next-generation materials — including intelligent materials designed for adverse weather conditions — that push beyond conventional metallurgy.
Research in motion
Extraction of Silicon from Waste Rice Husk for Industrial Applications
Exploring the extraction of silicon from waste rice husk for industrial applications — currently awaiting TETFUND sponsorship to proceed.
Nano-Materials for Medical & Engineering Applications
Developing nano-scale materials with dual application potential — spanning medical use cases and broader engineering applications.
Solar-Powered 3D Printer for Plastic Filament Production
Developing a solar-powered 3D printer and supporting accessories for plastic filament production, sponsored by Nigerian Agip Oil Company (NAOC).
Intelligent Materials for Adverse Weather Conditions
Developing intelligent, responsive materials engineered to perform reliably under adverse weather conditions.
Polymer-Based Nano-Composites for Improved Properties
Developing polymer-based nano-composite materials engineered for improved mechanical and structural properties.
High-Density Polyethylene Particulate Composite
Developing and characterizing a high-density polyethylene (HDPE) based particulate composite material.
Quality Benchmarking of Reinforcement Steel Bars from Nigerian Mini-Mills
Assessed the mechanical properties and chemical composition of reinforcement steel rods produced by selected Nigerian mini-mills, with direct bearing on the incidence of building collapse and construction safety in Nigeria.
Dark-Spot Formation on Rooftops in Uyo Metropolis
Investigated the root causes of dark, discoloured staining on rooftops across Uyo metropolis and explored practical remedies — spanning nanoparticle deposition, wet-air deposition, and the water-quality implications for households harvesting rainwater.
Supported by visionary partners
Research made possible through funding from federal agencies and industry partners who share a commitment to advancing materials and industrial engineering.
Past & Present Collaborators
Interested in collaborating?
Graduate students, postdoctoral researchers, and industry partners passionate about materials and industrial engineering are welcome to reach out.