The client approached us with a struggling project that was under-designed and yet, significantly over-budget and behind schedule. In less than six weeks from authorization, we replaced the existing Engineer of Record, designed the building through several self-imposed Value Engineering iterations, issued foundations for permit, and co-authored the mill order model used by the Steel Fabricator to procure roughly 1,800 tons of structural steel.
The following weeks were spent finishing the member design, designing structural steel connections, seeing the foundation through procurement and construction, and responding to inquiries during fabrication, all in time for the erection of the first steel columns.
Client Success Story
Assessment of the structural practicality of a proposed project with consideration for constraints such as building code requirements, capacity of existing building components, project budget, and constructability.
Assisting property owners, insurance companies, insurance adjusters, or attorneys in evaluating and understanding damaged structures, including cause and origin determination.
Aiding in the resolution of claims and disputes related to building structures. Investigative peer review, code and standard-of-care review, advanced analysis and modeling.
Our team will convey professional opinions and complex technical concepts in a relatable way using visualization tools. Areas of expertise include: structural steel, concrete (post-tensioned and conventional reinforced), precast, masonry, wood/timber, general structural engineering and building construction, coastal design, high wind/hurricanes, flood loading and storm surge.
For buildings exposed to the elements (such as parking garages, coastal properties, and those exposed to corrosive environments) a regular maintenance program is a necessity to keep the systems functioning as intended. Failure to maintain a building structure can lead to premature degradation, unnecessary costly repairs, and shortening of the useful service life. A regular program of preventative maintenance and light repairs can be planned with to extend the service life and mitigate or prevent more costly repairs.
Even well-maintained buildings, not directly exposed to elements, will experience some distress with age, and many buildings exceed their intended service design life but remain in operation. A proactive approach to repair projects while repair scope remains minor is an effective way to ward off further degradation and serious repairs or, worse, failure/collapse.
Concrete repair in particular is an industry where ineffective repair is all too common and “band-aids” cover signs of distress without actually addressing the root issue.
An effective repair project needs to consider the required structural performance, of course, but also needs to provide appropriate protection of embedded items (rebar), be appropriate for the application within given constraints, be designed for durability and longevity to remain effective, and consider aesthetics/appearance of the repair if in an exposed condition.