Mr. Minghao Lu’s research profile demonstrates a strong focus on geotechnical engineering, particularly in soil–structure interaction, expansive soil stabilization, and geo-mechanical behavior under varying environmental conditions. His work emphasizes innovative approaches such as alkali-activated stabilization techniques and the application of engineered inclusions to improve structural performance in integral bridge systems. His contributions span experimental investigations, analytical modeling, and practical laboratory testing methods, reflecting a balance between theoretical insight and applied engineering solutions. His research outputs include peer-reviewed journal articles and conference proceedings addressing thermal effects, cyclic loading, and environmental impacts such as bushfire conditions on soil behavior. His scholarly impact is reflected through an h-index of 3, with 5 documents published and 32 citations across 30 citing documents, indicating growing recognition within the academic and engineering community. Overall, Mr. Minghao Lu’s research advances sustainable and resilient geotechnical practices relevant to infrastructure development and long-term soil performance.