I completed an MSc in Advanced Mechanical Engineering with a strong focus on applied engineering analysis, system design, and sustainability. The programme emphasised advanced problem-solving, numerical methods, and real-world industrial applications of mechanical engineering principles.

My dissertation focused on vibration analysis for non-destructive pipe wall thickness measurement, exploring innovative approaches to infrastructure integrity assessment and condition monitoring. This work strengthened my expertise in vibration, signal interpretation, and non-destructive testing methods relevant to industrial and infrastructure systems.

Key modules included:

• Advanced Vibration & Acoustics

• Industrial Applications of Finite Element Method

• Advanced CAD/CAM

• Equipment Engineering & Design

• Project & Quality Management

• Sustainability, Energy & Environmental Management

This postgraduate degree strengthened my core mechanical engineering foundations, with emphasis on materials, manufacturing processes, and applied engineering analysis. The programme combined theoretical understanding with practical engineering evaluation relevant to developing and industrial contexts.

My thesis examined the assessment of locally produced construction nails in Nigeria, focusing on material properties, manufacturing quality, and structural performance. This research developed my analytical thinking and ability to evaluate engineering products against performance standards.

I obtained a Bachelor’s degree in Mechanical Engineering, covering fundamental engineering sciences, mechanical systems design, and manufacturing processes. My final-year project involved the design and fabrication of a three-wheeled vehicle, with emphasis on ride comfort, handling, and mechanical performance analysis.

This programme established the technical foundation that supports my professional engineering practice today.