A seasoned civil/structural engineer with fourteen years of construction experience both in the private and government sectors, working in various capacities to complete construction engineering tasks. . Highly skillful in a variety of engineering aspects such as engineering design, resource management, planning, and supervision to complete construction tasks. Adept in substructure supervision, including pile, raft, pad, and strip foundations, expert in directing workflow of earth and concrete works, underground utility installations and green and brownfield project demolitions. A focused and innovative leader with the ability to work independently with little or no supervision. Proven success in identifying and addressing challenges to complete projects on-time and under budget. Applies cost-saving strategies without sacrificing practicality and quality. Manages large projects and teams to meet milestones and exceed quality expectations. Motivated to join a team of a well-organized civil engineering firm where I can utilize my technical and managerial skills to develop the company and learn new skills for self-improvement and a progressive career path in the construction industry.
TALK IN RESEARCH SEMINARS
Research Projects
Effectiveness of Rice Husk and Sugarcane Bagasse Ashes Blended Cement in Improving Properties of Concrete
The research work was aimed at investigating the effectiveness of rice husk ash (RHA) and sugarcane bagasse ash (SBA) concrete, their influenced on strength of a concrete by enhancing the pore—distribution and morphological features of concrete. It was therefore concluded that the rice husk ash (RHA) and sugarcane bagasse ash (SBA) can serve as a partial replacement of cement in concrete, especially when concrete of low permeability are desired.
This is an indication that RHA and SBA have a high content of SiO2 which enables them to be more reactive in concrete and also revealed that the presence of RHASBA depletes Ca(OH)2 crystals, converting it into CaH2O4Si (C-S-H gel) leading to the strengthening of bond within the concrete matrix.
PUBLICATION
1. Johnson Adegaye Adebola, Catherine Mayowa Ikumapayi, Chinwuba Arum
Journal of Materials Science and Chemical Engineering Vol.11 No.8, August 29, 2023. DOI: 10.4236/msce.2023.118001