Ten project stories: what North Fork did, what it delivered, and the decision each one supported. Completed engagements first; programs still in progress follow.
Panama City, Florida. Local engineering and fabrication support.
North Fork provided signed and sealed structural steel design for a Fine Arts Center in Panama City. When larger national suppliers faced delays, North Fork worked with a local steel fabricator to support fabrication, connecting the structural design to the people building it.
Structural analysis and construction support.
Moving a long-span roof changes the way it carries its own weight. North Fork analyzed the roof section to help the contractor understand its response during pick-and-place operations and planned the lift around the predicted movement.
Predicted and observed roof deflection agreed within ⅛ inch for the reported roof and lift configuration.
Existing facilities. Field work and structural evaluation.
New rooftop equipment puts concentrated loads into a building that may have incomplete record drawings and limited access. The question runs from the equipment feet through the deck, the joists, and the main trusses, with wind, stability, and roof protection shaping where the unit can go.
North Fork combined field documentation, representative measurements, equipment data, and structural calculations to evaluate the proposed installations. For one building, the analysis checked foot locations across the deck span and the demands they put into the joists and trusses. A second building got a preliminary evaluation and a defined list of what is needed to finish it.
For one facility, the evaluation supports direct placement with no added support steel, subject to the documented site conditions and pre-installation checks.
Modular structures. Nonlinear analysis and concept evaluation.
A product team wanted to know whether an alternative eave connection could change how a modular frame behaves in an earthquake, and which properties deserved attention before building hardware.
North Fork ran four transient simulations under the same imposed earthquake displacement history, varying the connection’s force–displacement behavior, and compared member axial-force envelopes, support reactions, and frame motion. The comparison showed why initial stiffness and the force plateau have to be considered together: the softest connection was not the best option.
The study identified a candidate connection and the specific checks needed to validate its physical behavior.
Modular building systems. Concept engineering and estimating basis.
Changing a modular building’s openings, height, and enclosure layout affects the framing, the support interfaces, and the load path. Before committing to detailed design, the project team needed a credible picture of what the redesign would take.
North Fork reviewed the proposed configuration, developed concept-level engineering exhibits, and worked out the structural changes tied to the modified openings, roof, and walls. The package connected the concept to preliminary quantities, execution assumptions, and the main technical and cost uncertainties, with separate deployment scenarios so the team could see which work belonged in each estimate.
Industrial facilities. Selected engineering assignments.
A platform, pedestal, or testing assembly can put demanding loads into a compact structural arrangement. The engineering has to connect the equipment’s forces with the members, connections, and components that carry them.
North Fork’s industrial assignments include structural design checks for tank platforms and pedestals, evaluation of testing assemblies, and analysis of equipment-support components. Finite element stress analysis is used where a component’s geometry or response needs a closer look than a conventional member check.
Modular manufacturing. Engineering quality and delivery.
As an engineering organization grows, a technical issue can travel through models, drawings, purchasing information, and fabrication details. The team needed clear responsibilities and a consistent way to show what had been checked, which interfaces were still open, and when a package was ready for its next use.
North Fork developed a framework for design checking and interdisciplinary review: entry criteria, independent verification, reviewer responsibilities, comment resolution and back-checks, and escalation routes. It also tied design information to fabrication and field interfaces, and separated technical verification from the decision to authorize fabrication.
Ongoing work, described as it stands in 2026.
Specialty structural systems. Modeling, full-scale testing, and technical review.
A specialty building system needed an engineering basis for its response to earthquake loading. That takes a coordinated program: an analytical model of the structure, physical tests that match the model’s conditions, measured motion, and the review that reconciles them.
North Fork leads the effort, coordinating nonlinear modeling, physical testing, and review of the resulting evidence. System and component models support investigation of structural behavior, while measured shake-table response provides the basis for checking the predictions. The comparison looks at the shape and timing of displacement histories and at peak response.
Precast and infrastructure. Structural analysis and reinforcement detailing.
Modifying a utility vault affects more than its interior space. Traffic, earth pressure, groundwater, and openings have to be considered together, with the roof, walls, sectional joints, and base acting as one continuous load path, and the pieces still have to be cast, assembled, and handled.
For one vault, North Fork evaluated AASHTO LRFD HL-93 roadway loading and a configuration without a central steel post, covering concrete flexure and shear, access-frame bearing, shiplap-joint transfer, base support, and flotation. A separate assignment developed vault-height modification alternatives. Reinforcement detailing coordinated bar cover, development and laps, opening trimmers, and replacement of bars interrupted by utility penetrations.
Engineering and proposal delivery. Custom tool and workflow development.
Requirements often arrive across a base document and a series of addenda. A team needs to find each obligation, keep its source, and understand how later information changes the working register, without losing the record of how it got there.
North Fork built a requirements extraction and review application and refined it against real document sets. It tracks source and date, takes in change documents, flags new, revised, and possibly duplicate requirements, and exports working registers to spreadsheets. Engineering review stays in the loop wherever an obligation depends on context or on several source passages together.
Every engagement starts with a decision that needs an engineering basis. Tell us what you’re working on.
