Expertise-led · AI-instrumented
Over three decades of international bridge engineering expertise — design, assessment, and forensic — applied with rigour and the latest technology to verify every structural element against the governing codes and the project specifications, in the duty to deliver safety, integrity, serviceability, and durability.
Senior engineering judgment where it matters — not delegated, not diluted, and never handed to a machine.
A senior third party, distinct from the original designer — independence as the deliverable, not a formality.
AI-instrumented and engineer-led: our own tools let one senior engineer verify the whole structure, and sign it.
About the firm, the full track record and our other services live at singularstructures.com ↗
Approach
We offer our structural expertise to validate your bridge design — exercised independently and rigorously, and instrumented so that it reaches the whole structure rather than a sample. The tools do the reach; the engineer does the reasoning, performs the checks, and signs off.
“Mettere il cuore” (E. Piccinini, Italian Surgeon) — We commit our full passion and intellect to every task.
Every verification reduces to one question, asked against the governing code:
The design demand (Sd) must not exceed the design resistance (Rd) — checked at every section of the structure, for every load combination, and for every limit state (Ultimate, Serviceability, and Fatigue).
Capacities are computed by a deterministic engine that applies the code equations exactly — auditable and repeatable. The AI reads documents, organises the data to the engineer's instructions, and provides a "cockpit" — a control room from which the engineer runs the assessment. It never invents a capacity.
The code equations are applied deterministically; the partial factors they use — material properties and load coefficients — are themselves derived probabilistically within the code.
Our approach to responsibility
The engineer keeps authorship and accountability for the check; in forensic work, the forensic expert keeps the diagnosis and the opinion. The tools inform and accelerate the work — they never replace the judgment or the signature.
Our forensic investigations follow a method we developed and published in a leading peer-reviewed journal — a dual Fault-Tree and Analytical-Hierarchical approach to shallow, deep and root causes.
The engineer confirms at each decision point; the tool never proceeds on its own.
Every result records its inputs and assumptions — the check is auditable from end to end.
The whole structure is checked, element by element — not a representative sample.
Services
Delivered by a senior engineer, with the tool providing the reach — not the engineering judgment.
Comprehensive, independent validation of a design against the governing codes and project specifications — every element, every combination — by a senior engineer who signs off.
Failure analysis on our peer-reviewed methodology — tracing shallow, deep, and root causes, and the triggering effect.
Independent review of complex-structure designs and verification through construction — staged analysis and erection checks, including segmental and balanced-cantilever work.
Capacity assessment and design-life review of existing structures — the same demand-versus-capacity engine, applied to the as-built.
Beyond the structural work — advising on AI, and co-delivering with partner firms.
Advising engineering firms and asset owners on where AI genuinely helps structural work — and where it must not: strategy, tool selection, and governance, grounded in practice.
Bridge expertise led by Singular Structures, with AI specialists alongside, bringing agentic-platform capability to engineering firms — a delivered service, never a licence. We run the platform; you keep the outcome.
Other services and the full practice → singularstructures.com ↗
Cases
Independent assessment · Bridges
Agentic AI
Independent structural assessment of a continuous box-girder bridge — verifying capacity comprehensively, segment by segment, following a change in use.
Major highway bridge · role: independent engineer
Forensic investigation · Bridges
Agentic AI
Forensic investigation of a bridge collapse — cause and triggering effect determined from site mapping, photographs, records, and witness testimony.
Rural road bridge · role: forensic investigation lead
Capacity review · Bridges
LLM Agent
Independent structural capacity review of nine modular-deck bridges — assessing integrity, residual risk, and construction-stage durability, with a focus on the abutments.
Multi-bridge framework programme · role: structural expert
Flexural strengthening · RC
Deterministic Agent
Interactive app providing real-time sectional analysis, failure-mode identification, and dual ULS/SLS verification for externally bonded CFRP-strengthened RC beams.
CFRP-strengthened RC beam · role: structural retrofit specialist
Prestress & SLS audit · Bridges
Data Analyst Agent
Automated audit of non-linear principal-stress envelopes, SLS code-compliance thresholds, and solver boundary-condition anomalies across progressive tendon-loss scenarios (0% to 27%).
PT segmental box girder · role: independent checking engineer
Visual inspection · Bridges
Vision Agent
A field-ready inspection platform linking photographic evidence to official technical catalogues using multimodal AI to automate damage identification and severity grading.
Field inspection & asset management · role: condition assessment
N–M interaction check · Sections
Deterministic Agent
Generates Service Limit State axial-moment (N–M) interaction diagrams from the maximum and minimum allowable stresses, locating demand points against original and reduced capacity envelopes to determine governing reserve margins — with print-ready multi-diagram reports.
Section capacity verification · role: independent checking engineer
Forensic investigation · RCFA
Agentic AI
An AI-assisted forensic system that cross-references complex technical dossiers, independently audits engineering equations, resolves inter-document inconsistencies, and delivers a formal root-cause failure analysis (RCFA) across established investigation methodologies.
Structural failure adjudication · role: lead forensic investigator
Contact
Talk to a senior engineer with proven expertise in this domain. Enquiries are treated confidentially, as it cannot be otherwise.
contact@singularstructures.com
Company details and the full contact page → singularstructures.com ↗