Structural engineering expertise developed over more than 30 years defines his professional work in civil engineering, with a focus on the performance and behavior of construction materials and systems. His background includes reinforced concrete, fiber reinforced concrete, ferrocement, masonry standards, and steel-reinforced polymers, as well as advanced composites and fiber reinforced polymers used in structural applications. His experience extends to structural fiber reinforced plastics and materials engineering across a variety of infrastructure and building systems, with emphasis on construction materials and their performance in structural systems.

Extensive project involvement includes bridge inspection and rehabilitation, along with civil infrastructure renewal and sustainability efforts. His work has included concrete repair and rehabilitation, strength evaluations, and structural analysis of complex systems. He has also been engaged in laboratory testing, non-destructive testing, and research and development focused on material durability and long-term structural performance. His academic career includes professorial appointments in civil and structural engineering, supporting research, teaching, and advancement of engineering practices in materials and structural systems.

Forensic engineering involvement includes more than 20 years of experience as an expert witness in matters related to structural engineering and construction materials. His work includes providing analysis and opinions in disputes involving infrastructure systems, material performance, and structural failures. He holds a doctoral degree in civil engineering and is a licensed professional engineer.

Analytical work in construction-related matters includes failure analysis and the investigation of construction defects involving concrete, composites, and other structural materials. His experience involves determining causes of material and structural failures, assessing adherence to engineering standards, and evaluating material behavior under varying conditions, including blast testing and other high-stress scenarios.