Research Projects

Laser Powder Bed Fusion of Metal Matrix Composites: Process-Structure-Property

This research project aims to investigate how Laser Powder Bed Fusion (PBF-LB) process parameters influence the microstructure and properties of metal matrix composites (MMCs), to optimise their performance for advanced engineering applications.

Tools and Methods: PBF-LB processing, scanning electron microscopy (SEM), X-ray diffraction (XRD), electron backscatter diffraction (EBSD), hardness testing, tensile testing, MSC Simufact Additive for simulation of residual stress, data analysis, ANSYS mechanical.

Valorisation of Biowastes for the Development of Mechanically Stable and Porous Hydroxyapatite Scaffolds for Osteoporotic Bone Regeneration

This research aimed to optimise sintering conditions and develop biowaste-derived composite materials to enhance the mechanical strength, porosity, and biological performance of hydroxyapatite-based scaffolds for bone regeneration and other biomedical applications.

Tools and Methods: Materials synthesis, sintering (including two-stage sintering), and characterisation techniques such as XRD, SEM, FTIR, and mechanical testing.

Innovative Pedagogies for Engineering Education

This project aimed to design and apply learner-centred teaching strategies, such as the CACPLA model, to enhance student engagement and improve learning outcomes in materials science and bioengineering education, particularly in resource-limited settings.

Tools and Methods: Educational design, curriculum development, digital pedagogy using tools such as Moodle, Google Classroom, and Microsoft Teams, and data collection through student feedback and assessments.

Design Projects

Military Solar-Powered Cooking Vehicle

To assist soldiers at the forefront of combating security insurgency in Nigeria, an off-grid mobile cooking unit powered by roof- and wing-mounted solar panels was developed. Read more

Multi-Row Mechanical Planter

A tractor-drawn agricultural implement for the precise sowing of soybean seeds was designed. This resulted in a seed delivery rate of 48.2 kg/ha and a field efficiency of 75.7%. Read more

Indirect Solar Convection Dryer

A thermal collector unit that channels heated air into a vertical drying chamber was designed as a passive heating system for food preservation without direct UV damage.

Motorised Peanut Shelling Machine

To improve peanut productivity, a motorised peanut shelling machine was designed. This resulted in a shelling efficiency of 98% and a throughput capacity of 160 kg/hr. Read more

Essential Oil Distillation Unit

A steam distillation system for extracting aromatic compounds and herbal oils was designed to enhance efficient, high-quality production.

Laboratory-scale charcoal-fired oven

Deproteination of wastes using open-air burning poses health risks. Hence, a charcoal-fired oven coupled with a thermochemical protocol was designed. Read more

Mobile Paver Production Unit

An integrated mixing and vibrating station for manufacturing concrete paver blocks was developed. It supports small-scale construction and paving businesses.

A Dual-Mode Industrial Robotic Transporter

To enhance material handling operations, a dual-mode industrial robotic transporter was designed, offering both autonomous and manual control for industrial use.

Automated Pneumatic Bottling Line

A multi-head gravity/pneumatic filling system with an automated conveyor belt was developed. Designed to fill units simultaneously, it features sensor-based bottle detection.

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