Every building tells a story. You see the architecture, the interiors, the materials that give a space its character. But underneath all of it — behind every wall, beneath every floor, supporting every roof — is a structural system that makes everything else possible. Get it right, and the building performs beautifully for decades. Get it wrong, and no amount of great design can compensate for what's missing at the foundation.

This is why structural engineering services matter far more than most people outside the industry realize. They're not just a technical checkbox in the permitting process. They're the discipline that determines whether a building is safe, constructable, cost-effective, and built to last — and whether the ambitious design vision the architect and client have agreed on can actually be realized in the real world.

Ware Malcomb has been delivering this discipline since 1972. And over more than five decades of building across the United States and internationally, their structural engineering team has developed a depth of expertise that reaches across every major building type, material system, and project scale.

What Structural Engineers Actually Do — and Why It Matters

There's a common misconception that structural engineering is purely reactive — that structural engineers show up after the architects have made the interesting decisions and figure out how to make the building stand up. In the best project teams, the reality is almost the opposite.

Structural engineers who are engaged early in a project become strategic partners in shaping what's possible. They can advise on material systems that reduce cost without compromising performance. They can identify structural approaches that unlock architectural flexibility — allowing the open floor plates and dramatic spans that modern commercial clients expect. They can flag site conditions or code requirements that will affect the design in meaningful ways before those factors become expensive problems to solve.

Ware Malcomb's structural engineering team works this way — from earliest concept through construction administration — maintaining continuity through every phase so that the decisions made at the beginning are honored accurately in the building that gets built.

The Full Scope: What Ware Malcomb's Structural Engineering Covers

The range of Ware Malcomb's structural engineering services reflects the diversity of the firm's project portfolio. This isn't a specialty team focused on one building type or one material system. It's a practice with deep expertise across the full spectrum of structural challenges.

Foundation and Subsurface Design

Every structure begins at the ground. Foundation design that accounts accurately for soil conditions, load requirements, and site-specific variables — including seismic risk in high-activity zones — is fundamental to building performance and long-term value. Ware Malcomb's structural engineers approach foundation design with the rigor it deserves, considering short-term constructability alongside long-term performance from the start.

Concrete, Steel, Masonry, and Wood/Timber

Material selection in structural engineering is never a default decision. Each material has performance characteristics, cost profiles, construction sequences, and sustainability implications that vary by project context. Ware Malcomb's structural team has hands-on expertise across all primary structural materials — concrete, steel, masonry, and wood/timber — which means they can recommend the right system for the specific project rather than defaulting to what they happen to know best.

Seismic and Wind Design

In the United States, seismic and wind loads represent some of the most significant structural design challenges — and the most consequential ones to get wrong. Buildings in California, the Pacific Northwest, the Gulf Coast, and the Southeast face distinctly different lateral load environments, and each demands design approaches calibrated to local code requirements and actual site conditions. Ware Malcomb's national presence — with offices across the West, Southwest, Midwest, Northeast, and Southeast — means the firm has direct, experience-based familiarity with the structural requirements that vary significantly by region.

Adaptive Reuse and Renovation

The growing emphasis on adaptive reuse — converting existing buildings to new uses rather than demolishing and rebuilding — has placed structural engineering at the center of some of the most complex and creative projects in the industry. Assessing an existing structure's capacity, identifying what can be retained versus reinforced versus replaced, designing occupancy change reinforcing, and supporting the addition of communicating stairs and architectural features that weren't in the original design — all of these require a particular combination of analytical rigor and design ingenuity.

Ware Malcomb's structural team has extensive experience in renovation and adaptive reuse, which positions the firm well for a market that is increasingly focused on sustainability through the preservation and transformation of existing buildings.

The Integrated Advantage

One of the most significant things that sets Ware Malcomb's structural engineering practice apart is the organizational context in which it operates. This isn't a standalone structural engineering firm. It's a practice embedded within one of the most comprehensive design and engineering organizations in North America.

That integration matters in practice. When structural engineering is happening alongside architecture, civil engineering, MEP engineering, interiors, and branding within a single firm, the coordination that so often consumes project time and budget becomes dramatically more efficient. Structural decisions inform architectural decisions in real time. Civil and structural engineering teams resolve site and foundation questions together. The left hand knows what the right hand is doing — because they're in the same building.

The civil engineering services Ware Malcomb provides — site development, grading, utilities, stormwater management — operate within the same integrated model, which means projects that require both civil and structural expertise benefit from a unified team with shared project knowledge rather than two separate firms trying to coordinate across organizational boundaries.

Similarly, Ware Malcomb's interiors practice brings full service interior design into the same integrated delivery model — which matters for projects where structural decisions (column placement, floor-to-floor heights, slab penetrations for MEP) directly affect interior design possibilities, and where the interior team needs structural input to realize the design they've developed.

A Track Record Across the Most Demanding Project Types

Ware Malcomb's structural engineering capabilities have been deployed across some of the most complex and demanding commercial project types in the US market. Delta Sky Club airport lounge projects at major US airports — Boston, Chicago O'Hare, Austin — require structural work within existing terminal buildings, often involving tight construction windows, restricted access, and complex coordination with active airport operations. The Intercontinental Exchange headquarters in Atlanta required structural precision appropriate for a company that manages global financial markets. The Ace Hardware headquarters in Oak Brook, Illinois reflects the kind of large corporate campus project where structural decisions have compounding implications across millions of square feet.

The firm has been ranked #1 Industrial Sector Architecture Firm by Building Design + Construction Magazine for six consecutive years — a distinction that reflects not just architectural excellence but the integrated engineering capabilities that industrial clients, in particular, demand. Industrial buildings are structurally demanding environments where floor loading, clear height requirements, dock and drive-in configurations, and future flexibility for heavy equipment all drive structural decisions with major cost implications. IMA Network

Why Integrated Structural Engineering Protects Your Investment

For commercial real estate developers, corporate owner-occupants, and institutional clients, the structural engineering decisions made during design have financial implications that compound across the life of the building. Overengineered structures cost more to build than necessary. Underengineered structures create maintenance, liability, and remediation costs that are far more expensive than getting it right the first time. And structural decisions that haven't been coordinated with architectural and MEP requirements create change orders and delays that erode project budgets and schedules.

Working with a firm like Ware Malcomb — where structural engineering, architecture, civil engineering, MEP engineering, and interior design operate as a genuinely integrated team — is one of the most effective ways to protect a construction investment from the coordination failures that most commonly drive budget overruns.

Build on a Foundation of Expertise

Whether your project is a new industrial development, a corporate headquarters renovation, a mission-critical data center, a healthcare facility, or a multifamily community, the structural engineering beneath it deserves the same level of expertise and care as every other design discipline involved.

Ware Malcomb's structural engineering team brings that expertise to every project — with a rigorous, collaborative approach that balances safety, constructability, long-term value, and the specific performance standards your project demands.

Visit waremalcomb.com to explore Ware Malcomb's structural engineering capabilities, review project experience across every major building type, and connect with the team. Your building deserves a structural foundation as strong as your vision for it.