Foundations, framing, and lateral systems often make up one of the largest portions of a building's hard cost. Choosing the right structural system early, whether wood, steel, concrete, or masonry, can save significant money without reducing safety. Efficient design also means lighter foundations, smaller crane picks, and faster erection.
Wind speeds, seismic zones, snow loads, and soil conditions vary widely across the United States. A design that works in Ohio may be unsafe in coastal Florida or seismic California. Every structure needs analysis based on ASCE 7 loads and the soil data for its exact location.
Clear calculations and member sizes are what drafters, fabricators, and estimators rely on to do their jobs well. Once the engineering is complete, our design and drafting services turn it into coordinated construction documents, and our estimators can price the structural system from the same information through accurate quantity takeoffs.
We design structural systems for custom homes, additions, and renovations, including floor framing, roof framing, beams, headers, and point-load paths down to the foundation. Our designs meet IRC requirements and local amendments. Builders and homeowners get engineered plans that pass permit review and build smoothly.
We engineer offices, retail centers, restaurants, medical buildings, and mixed-use structures from roof to foundation. We design gravity and lateral systems together for a complete, efficient load path. Architects and developers get structures that support the design intent while keeping material costs under control.
We design spread footings, continuous footings, post-tensioned slabs, conventionally reinforced slabs, mat foundations, drilled piers, and helical piles. Each design is based on the geotechnical report and actual building loads. This helps prevent both settlement problems and costly overdesigned foundations.
We design steel beams, columns, moment frames, braced frames, and composite floor systems following AISC 360 and AISC 341 where seismic detailing applies. We standardize member sizes where practical to simplify fabrication. Fabricators and erectors get clear designs that reduce shop time and field fixes.
We design cast-in-place concrete frames, elevated slabs, post-tensioned decks, shear walls, and tilt-up panels to ACI 318. Reinforcement is detailed for strength, crack control, and ease of placement. Contractors get concrete designs that are efficient to form, reinforce, and pour.
We design CMU and brick bearing walls, reinforced masonry shear walls, lintels, and bond beams to TMS 402 requirements. Masonry is a common choice for schools, warehouses, and retail buildings. Our designs make the most of its strength and durability.
We design cantilever concrete walls, segmental block walls, and soldier pile walls for grade changes, basements, and site development. Each wall is checked for overturning, sliding, bearing pressure, and drainage. Owners and site contractors get safe walls built to last.
Opening up floor plans often means removing interior bearing walls. We design replacement beams, posts, and footings to carry the loads safely. Remodelers and homeowners get engineered solutions that satisfy building officials and protect the home.
We design upgrades for existing buildings, including seismic retrofits, wind resistance improvements, foundation underpinning, and strengthening for new equipment or added floors. Each retrofit starts with an evaluation of the existing structure. Owners extend the life and use of their buildings without unnecessary demolition.
When a project is over budget, we compare alternative structural systems and member sizes to find savings without reducing safety. Options may include changing framing material, adjusting column grids, or simplifying connections. Each option is checked for cost and performance, so owners can make confident decisions.
Each building type carries its own loads, spans, and performance demands. Our engineers design structures that meet the specific needs of every sector we serve.
Architecture firms rely on us as their structural consultant, providing engineering that supports their design vision from concept through construction documents.
Builders use our engineered plans to get permits approved quickly and build homes with confidence.
Contractors use our design services for design-build projects, structural revisions, and solutions to field conditions.
Owners rely on our structural designs to control construction costs and protect their long-term investment.
Remodelers and homeowners use our engineering for wall removals, additions, and structural repairs.
Fabricators rely on our member sizes and connection designs to fabricate efficiently and avoid field changes.
Installers use our support designs and roof evaluations to secure permits for rooftop systems and equipment.
Good structural design depends on clear information about the building and the site. Here is how we take your project from architectural plans to sealed structural documents.
Send architectural drawings, the geotechnical report, project location, and any special loads such as equipment or rooftop units.
We define the structural systems, codes, and deliverables, then send a fixed fee and schedule.
Our engineers analyze gravity and lateral loads, size every member and connection, and complete an independent check of the calculations.
You receive signed and sealed calculations and structural drawings, along with support for plan review comments and contractor RFIs.
Browse real samples of our takeoffs, cost estimates, and drafting work to see the level of detail you can expect on your own project.
The fee depends on the building size, structural system, number of stories, site conditions, and code requirements in your area. A single-beam design for a wall removal costs far less than a full structural design for a multi-story commercial building. We review your plans and send a fixed-fee proposal before starting work.
Small residential projects, such as beam designs or additions, are usually completed in three to seven business days. Custom homes typically take one to two weeks, while commercial and multifamily buildings can take three to six weeks, depending on complexity. Your schedule is confirmed in our proposal.
Structural design is the engineering work, including load analysis, calculations, member sizing, and connection design, performed by a structural engineer. Structural drafting turns those engineering decisions into drawings. If you already have engineering and only need drawings produced, our design and drafting team can help.
Yes. Structural designs are signed and sealed by a licensed Professional Engineer registered in your project's state. Sealed drawings and calculations are required by most building departments for structural work. Please share your project location upfront so we can confirm licensing coverage before the work begins.
For most commercial, multifamily, and industrial buildings, yes. A geotechnical report provides soil-bearing capacity, settlement estimates, and foundation recommendations that the design must follow. For some small residential projects, local codes allow presumptive soil values, and we will advise you on whether you need a report.
We design in accordance with the edition of the International Building Code or International Residential Code adopted in your jurisdiction, along with ASCE 7 for loads. Material standards include ACI 318 for concrete, AISC 360 for steel, NDS for wood, AISI for cold-formed steel, and TMS 402 for masonry. Local amendments are also included.
Yes. We design lateral systems for hurricane-prone coastal regions, high wind zones, and seismic areas. This includes shear walls, braced frames, moment frames, diaphragms, uplift connections, and special detailing where required by code.
Yes. Through structural system optimization, we evaluate framing materials, member sizes, column spacing, and foundation types to find savings without reducing safety. Many projects benefit from simpler connections and repeated member sizes, which lower fabrication and installation costs.
Yes. We design wall removals, openings, additions, added floors, equipment supports, and retrofits for existing buildings. We start by reviewing existing drawings or field conditions, then design the new work to integrate safely with the existing structure.
You will receive signed and sealed structural calculations, structural drawings with plans, sections, and details, and general structural notes. For larger projects, we can also provide specifications and Revit models for coordination with the architectural and MEP teams.
Yes. If the building department issues structural comments, we revise the calculations and drawings and prepare written responses. During construction, we answer contractor RFIs and review structural shop drawings, such as steel and rebar submittals.
Yes. We evaluate the existing roof structure for added loads from solar panels, HVAC units, and other equipment. If reinforcement is needed, we design it and provide sealed documents for permit approval.
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