Expert Insights on the Manhattan High-Rise Structural Concerns

Structural engineering expertise for timely story context.

Jul 9, 2026

2 min

The unfolding structural emergency at the former Pfizer headquarters on East 42nd Street in Midtown Manhattan raises urgent questions issues such as load limits, weight redistribution, structural steel, emergency shoring and in general the challenges of converting older office towers into residential buildings.


As officials and engineers continue to investigate what happened, the incident points to a larger issue facing many major cities: how safely can older commercial buildings be adapted for new uses, especially when vertical additions, new floor loads and major structural modifications are involved?


ExpertFile has a range of structural engineering experts available to help journalists and audiences understand the engineering issues behind this story.


Featured Experts


Edward Sippel, P.E., Ph.D.

Assistant Professor, Milwaukee School of Engineering


Edward Sippel is an expert in structural engineering at the Milwaukee School of Engineering with a focus on steel structures, stability and structural analysis. His expertise in structural steel, finite element analysis and nonlinear analysis makes him especially relevant to questions about column buckling, steel-frame behavior, temporary reinforcement and how engineers assess whether a damaged steel structure can be stabilized or repaired.



David O. Prevatt

Professor, University of Florida


David O. Prevatt is a structural engineer at the University of Florida whose areas of expertise include structural load paths, structural engineering and resilient building performance. His expertise is especially relevant to explaining how loads move through a building, what happens when weight is added or redistributed, and why engineers must understand the full path that gravity loads take from upper floors down to the foundation.




Key Questions Experts Can Address


How do added floors or major renovations change the way weight moves through an existing building?


What causes a steel column to buckle, and how is that different from other types of structural failure?


Why do transition points between older and newer parts of a structure require special attention?


How do engineers use temporary shoring, jacks and steel reinforcement to stop movement during an emergency?


What should cities, developers and regulators consider as office-to-residential conversions become more common?


Additional Structural Engineering Experts Available


Beyond load paths and steel mechanics, this story also raises broader questions about structural health monitoring, building inspections, retrofits, aging infrastructure, concrete systems, structural dynamics and resilient design. ExpertFile includes additional experts who can speak to these related issues, including:







For journalists covering the Manhattan high-rise situation, office-to-residential conversions, emergency building stabilization or the future of urban infrastructure, these experts offer relevant structural engineering expertise that may help add context, clarity and perspective to your reporting.


Looking for more experts?  Visit: www.expertfile.com



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