About

John manages RWDI’s global wind engineering team as well as the firm’s technical development in this area. Over 25 years in the field, John has earned a reputation as a creative and insightful wind engineer who delivers substantial value for clients by meeting complex challenges in building design. Working closely with design teams to develop a thorough understanding of wind effects on specific sites and structures -especially high-rise buildings, stadia and flexible structures--John has developed technically sound and cost-effective solutions for projects around the world. Among other professional distinctions, John has been a recipient of the State-of-the-Art in Civil Engineering Award, presented by the American Society of Civil Engineers (ASCE), and is a contributing member of the following committees: ASCE 7-28 Wind Load Subcommittee; ASCE 49 Task Committee on Wind Tunnel Testing for Buildings and Other Structures; Structural Engineering Institute (SEI) Pre-Standard for Performance-Based Design for Wind; and ASCE Tall Buildings Committee - Design and Performance of Tall Buildings for Wind.

John manages RWDI’s global wind engineering team as well as the firm’s technical development in this area. Over 25 years in the field, John has earned a reputation as a creative and insightful wind engineer who delivers substantial value for clients by meeting complex challenges in building design. Working closely with design teams to develop a thorough understanding of wind effects on specific sites and structures -especially high-rise buildings, stadia and flexible structures--John has developed technically sound and cost-effective solutions for projects around the world. Among other professional distinctions, John has been a recipient of the State-of-the-Art in Civil Engineering Award, presented by the American Society of Civil Engineers (ASCE), and is a contributing member of the following committees: ASCE 7-28 Wind Load Subcommittee; ASCE 49 Task Committee on Wind Tunnel Testing for…

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