Reliable Structural Engineering Solutions for Safe, Durable Buildings
ISE provides independent structural engineering services for architects, developers, contractors, and project owners across commercial, industrial, institutional, and specialized developments. Our structural engineers support projects from concept and analysis through detailed design, documentation, coordination, and construction support, helping teams develop structures that are safe, buildable, code-compliant, and efficient.
A structure has to do more than stand up. It must carry the loads it is designed for, withstand environmental conditions, remain stable and serviceable throughout its intended life, and operate within the project's architectural, construction, and budget constraints.
ISE approaches structural engineering as part of the wider building design process. We evaluate loads and structural behavior, select appropriate systems and materials, design structural elements and connections, and coordinate structural requirements with architectural and facade systems before issues reach the construction site.
Our structural engineering services cover new-build projects as well as assessment, repair, restoration, and value engineering of existing structures.
“Structural Engineering from Analysis to Construction – Deliver technically sound, code-compliant, and buildable structural solutions through rigorous analysis, coordinated design, and construction-focused engineering.”
Structural decisions made early in a project influence everything that follows — architectural form, material quantities, construction methods, project cost, and long-term performance.
Independent structural engineering input helps project teams identify technical risks before they become expensive changes during construction.
ISE's structural engineering approach focuses on:
Structural engineering input is most valuable when key decisions can still be changed. ISE reviews the project's geometry, loads, materials, site conditions, and architectural intent before developing the structural approach.
Once the structural approach is established, ISE develops and analyzes the structural system against the conditions the project is expected to experience.
ISE develops the structural information required to move the project toward construction, including detailed structural design, connection design, and coordination.
Structural information needs to be clear enough for contractors and fabrication teams to interpret correctly. ISE prepares documentation around constructability and remains involved when technical clarification is required.
ISE helps project teams optimize structural solutions by reviewing designs and specifications to identify opportunities for improved efficiency, constructability, and cost effectiveness without compromising structural performance.
Some structural engineering requirements do not fall neatly into a single project stage. ISE can provide specialist support where a client needs an independent technical review or engineering input for an existing or developing project.
ISE provides structural engineering services for a wide range of building and infrastructure projects, including:
ISE uses established structural analysis, design, and connection engineering tools to support project-specific requirements.
Our engineering workflow includes:
The choice of software and analysis methodology depends on the structural system, project requirements, materials, applicable codes, and engineering scope.
Whether you are developing a new commercial or industrial building, require structural design for a complex architectural form, need connection or space frame engineering, or have an existing structure requiring assessment and repair, ISE can help define the appropriate structural engineering scope.
Request a Consultation or View Projects to discuss your structural requirements with ISE.
A structural engineering firm designs, analyzes, and assesses the systems that support a building or structure. ISE's structural engineering scope includes structural analysis, structural design, connection design, space frame and truss design, repair and restoration, value engineering, documentation, coordination, and construction support.
Ideally, a structural engineer should be involved during the concept or early schematic design stage. Early involvement allows structural constraints, loads, geometry, and system requirements to be considered before architectural decisions become difficult or expensive to change. ISE can also join projects during detailed design, construction documentation, construction, or when an existing structure requires assessment or repair.
Yes. ISE can provide independent technical review of structural designs, calculations, drawings, and relevant contractor submissions to identify potential technical, coordination, constructability, or performance concerns.
ISE provides structural design services including strength and stability analysis, connection design, single-layer free-form space frames, double-layer space frames and truss design, repair and restoration engineering, and structural value engineering.
Yes. Structural engineering consultation can be scoped for existing structures before a repair or restoration project is undertaken. ISE can assess issues such as deterioration, cracking, deflection, or structural capacity concerns and establish the engineering requirements for the next stage.
Yes. ISE remains available during construction to answer structural field queries, review relevant contractor submittals, and help project teams maintain the structural design intent.
ISE works with the applicable local or international structural codes for each project's jurisdiction. The relevant code requirements are established based on the project location and scope rather than applying one default standard to every project.
Typical structural engineering deliverables may include:
The exact deliverables depend on the project scope, complexity, jurisdiction, and stage of involvement.
Structural value engineering reviews alternative materials, structural systems, and connection approaches to identify opportunities for improved efficiency or reduced cost. The objective is not to reduce safety requirements but to identify solutions that meet the same structural performance criteria more efficiently.
Structural engineering fees depend on factors such as:
Because these factors vary between projects, ISE scopes and quotes structural engineering work.
