Automation in Design

Design your structure in minutes.
Not weeks.

Fully transparent, automated structural design. Every element, every load case, to your design code, with working you can check. From black box to open box.

Runs on our patented automation methodology

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Works with results from any structural analysis software
Autodesk® RobotSAP2000®ETABS®Abaqus SIMULIA™ANSYS®STAAD®Tekla® Structural Designer
TechFest Awards 2026 multi-category finalist, by Construction News and New Civil Engineer
TechFest Awards 2026

Shortlisted for five awards at TechFest 2026.

Innovation Accelerator Product Innovation of the Year Technology Supplier of the Year Software Innovation: Digital Workflows Best Use of Technology: Design Efficiency
The open box

Traditional design software hides its workings.
Ours shows you everything.

The Dynamico suite takes completed analysis results from any package and automates code-compliant design of every finite element in minutes. Every step of the process is output in plain, human-readable files: no black boxes, nothing to take on faith.

See how it works

Ultra-fast


Tens of thousands of elements, hundreds of load cases, designed in minutes. Minimal user input gives maximum output.

Transparent


A never-seen-before ‘open box’ approach. Full access to the design data at every step, for validation and maximum confidence.

Regulator-grade rigour


Born in the nuclear sector. Step-by-step validation calculations in hand-calc style give an audit trail a regulator can follow.

Truly global


Eurocode 2, ACI 318M, nuclear codes ACI 349M and AFCEN RCC-CW, or code-independent. Switch codes by adjusting the input files.

Reduce cost & carbon


Designing to demand, element by element, cuts surplus reinforcement, material cost and embodied carbon.

Change without fear


A design rerun takes minutes, so late changes, and their impact, are easy to accommodate for you and your clients.

Watch the box open

Scroll to open the box.

Inside the Dynamico open box: Design, Data, Global, Transparency and Validation
The black box: traditional design software hides its workings
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Proven at nuclear scale

A nuclear-scale building, designed in under two hours.

A complete nuclear island model, designed to code in Shell Element Designer: work that previously took weeks of manual effort.

148,790
finite elements designed
1,734
load cases covered
250M+
designs completed
1.5 hrs
of calculation time, not weeks
868
plots produced
< 5 min
plotting time

Deterministic component recognition powered by our patented, rule-based AI automation methodology. No machine learning, no training data, repeatable results.

Patented methodologyDeterministic by design

A Class 1 new-nuclear design produced with the software passed independent technical assessment and secured ONR approval.

Regulator approvedMain control room, nuclear safety Class 1

13 complete designs, 71,266 elements and 6,728 load cases on a live UK nuclear new build, in under two hours of calculation.

Production scaleLive UK nuclear new build, 2025

An element-by-element comparison of French ETC-C (now RCC-CW) and US ACI 349M nuclear codes, presented at TINCE 2026, with the ACI 349 designs produced in Shell Element Designer.

Published researchInternational conference paper

A hand-calculation manual, 300+ automated tests and 18 regression checks on every release.

Verification cultureEvidence ships with the software

The second-generation Eurocode 2 makes the software’s core sandwich method normative for shell and slab design.

Ahead of the codeReady for the 2028 switchover
The Dynamico suite

One suite. Every element.
Every load case.

Purpose-built tools that complement your analysis software, never replace it, and bring consistency to your designs no matter which package you analyse in.

Reinforced concreteWalls & slabs

Shell Element Designer

The flagship. Automated, code-compliant design of reinforced concrete shell elements: flexural, shear, crack widths and deflections, with graphical plots, open data and validation calculations.

Explore the software →

Results3D model

Design Visualiser

Review completed design runs in 3D. Explore hot spots, filter and section the model, inspect individual elements and capture impressive visuals for reports and clients.

Explore the visualiser →

Reinforced concreteBeams & columnsUnder development

Line Element Designer

Automated design of reinforced concrete line elements (beams and columns) for all six forces and moments, to global design codes.

SteelBeams, columns, bracingUnder development

Steel Line Element Designer

Automated design of steel line elements to global design codes. The same open-box philosophy, applied to steelwork.

Intelligent by design

Automation and AI,
with engineering you can audit.

One nuclear island design run: a dome utilisation plot, a step-by-step validation calculation and the raw results file

Everything on the table

Every run outputs graphical PDF plots, the complete raw results data in human-readable files, plus an on-demand step-by-step validation calculation for any element and case you choose, laid out like a hand calc.

  • PDF contour plots for every panel and variable
  • Open, version-controllable input and output files
  • Per-element validation reports for checkers and regulators
Explore transparency →
The Reinforcement Applicator with the Auto-Zoner optimisation sliders balancing steel weight, bar marks and buildability

Optimisation with dials, not guesswork

The Reinforcement Applicator turns required reinforcement into buildable zones. The Auto-Zoner searches mathematically for the optimum across three objective functions (steel weight, fewer bar marks, buildability) and re-balances live as you move the sliders.

  • Draw reinforcement regions panel by panel, or let the Auto-Zoner propose them
  • Deterministic, exact optimisation: identical inputs, identical answers
  • Every proposal is safety-gated: provision ≥ demand on every element
Explore the applicator →
The Design Visualiser showing required reinforcement across a nuclear island model, with lighting on

See the whole structure answer back

Design runs produce an open .dys 3D model, export reinforcement as real bars to IFC4 and Tekla [Beta], and, because the whole engine runs fully headless, an AI assistant can work with your designs over MCP [Beta], with every number coming from the deterministic engine, never from the model’s imagination.

  • Light-weight 3D review: filter, section, inspect elements
  • 3D IFC and Tekla [Beta] reinforcement model export, BIM-ready
  • Fully headless running, the foundation for MCP [Beta] and LLM integration
Explore AI integration →
How we’re different

Not another black box.

We deliver a competitive advantage through radical transparency and proven structural engineering expertise, built by engineers who worked in industry, for engineers who work in industry.

Vendor-neutral


The only commercially available automated post-processing design tool spanning European, US and French (nuclear) design, from any analysis package. No ecosystem lock-in.

Simple, modern interface


No hundreds of buttons. A no-nonsense interface with a single set of advanced options, plus an EzyWizard to guide new users.

Evidence ships with it


User manual, verification manual with worked examples, and validation calculations. The proof is part of the product.

Your data, your hands


Full design data output as standard, BIM-ready, free to use in any post-processing, validation or downstream application.

Crashes cost nothing


Inputs are files on your disk; outputs are written as they are produced. If anything fails, rerun. It only takes minutes. You never press ‘save’.

Support from the builders


Technical support by email, phone or screen-share is included, and you talk directly to the engineers who wrote the software.

Demo. Try. Buy.

See it on your own model.

A live 1:1 demonstration, a free trial, and flexible licensing for teams of any size. See, try and use the power of automated design.