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About

Ebrahim Oromiehie is a materials and manufacturing engineer whose research sits at the intersection of advanced composite manufacturing, structural health monitoring, and mechanical characterisation. His work focuses primarily on automated fibre placement (AFP) — a robotic manufacturing technique increasingly critical to aerospace and marine engineering — and the development of high-performance carbon fibre reinforced polymer (CFRP) composites. Oromiehie has made significant contributions to understanding how manufacturing processes influence material quality, notably through micro-CT analysis of process-induced defects in AFP-manufactured composite laminates, a study that has garnered 21 citations and provided the field with crucial insights into quality control at the microscale. His nanomechanical characterisation of CF-PEEK composites, his most cited work with 24 citations, has advanced understanding of thermoplastic composite systems widely sought after for their recyclability and toughness. Beyond characterisation, Oromiehie has pioneered structural monitoring approaches using distributed optical fibre sensors in composite cylinders under biaxial loading, bridging experimental and numerical methodologies. His applied work designing full-scale composite hydrofoils further demonstrates a rare ability to translate fundamental research into real-world engineering solutions, marking him as an emerging leader in intelligent composite manufacturing.