Fabrication Delivery Intelligence
A web platform for fabrication yard teams to see what is blocking progress, who owns each constraint, and what needs to happen next to protect delivery.
IS Applied Intelligence Ltd is a UK-based engineering intelligence consultancy founded on more than two decades of offshore structural engineering — now extended with platform development in fabrication delivery (FDI) and weight intelligence (DWIP), ahead of public launch.
The firm is led by a lead structural consultant with hands-on experience across the sectors it now serves. A founder portrait will be added when ready — the focus for now is delivery and platform build.
Founder & Lead Structural Consultant
United Kingdom · Worldwide
Lee Heng Chuah is a UK-based lead structural consultant with more than 20 years of experience across offshore oil and gas, renewable energy, heavy industrial and infrastructure projects. His work combines practical engineering judgement with AI, automation and digital engineering methods.
IS Applied Intelligence Ltd was founded to bring this combined practice to industry — applying decades of structural engineering experience together with modern computational methods to help clients move faster, with confidence.
Today the firm is split between consultancy delivery and two platforms in active development: Fabrication Delivery Intelligence (FDI), Digital Weight Intelligence Platform (DWIP). All remain pre-launch while workflows are hardened with early users and pilot conversations.
The firm operates with a small-team philosophy: the lead structural consultant leads each engagement directly, every output is reviewed by someone who understands its consequences, and every model is built to be defensible long after the project closes.
Before public website launch, IS Applied Intelligence is developing fdi and dwip alongside consultancy work.
A web platform for fabrication yard teams to see what is blocking progress, who owns each constraint, and what needs to happen next to protect delivery.
A platform for tracking weight growth, centre of gravity, and installation limits as modules evolve through fabrication — so loadout, transportation and hook-up decisions rest on current data, not stale estimates.
This website reflects our consultancy practice and platform work in progress. FDI and DWIP are not publicly launched yet — contact us for early conversations or early access.
A career rooted in hands-on structural engineering — across the high-consequence sectors where rigour, safety and constructability matter most.
Topsides, jackets, secondary and tertiary steelwork, loadout and lifting, transportation and installation engineering.
Fixed and floating offshore wind support, mooring and anchor research, foundation risk and technical advisory.
Complex industrial steel frames, temporary works and lifting plans for plant, modules and process facilities.
Civil and structural engineering review, technical justification and constructability advice on built-environment projects.
Project details remain confidential by default. Capability decks, redacted examples and references can be shared under NDA on request.
We chose the name carefully. 'Applied' speaks to engineering discipline — methods that earn their place in a real project. 'Intelligence' speaks to the combination of human judgement and computational methods. Both, working together.
Computational power amplifies engineers — it does not substitute them. Every meaningful output still rests on human judgement.
Machine learning is most useful where it speeds up the parts of engineering that already work — not where it bypasses them.
Models, scripts and data must be traceable end-to-end. If a result can't be reproduced, it can't be trusted.
Every workflow we build is designed for the engineer at the keyboard — not for the convenience of a vendor or the elegance of a model.
A short list — but every project tests them.
To make high-stakes engineering decisions faster, safer and more defensible — by combining decades of structural engineering practice with modern computational and AI methods.
Methods serve outcomes. Every model is chosen for the problem at hand — never the other way round.
We document assumptions, validate against benchmarks, and treat reproducibility as a first-class deliverable.
Every output is auditable — traceable from raw input through assumption to result, ready for technical review.
Machine learning is integrated where it accelerates real engineering work — and stopped where it doesn't.
The next chapter combines consultancy with product platforms — pursued patiently, in step with the industries we serve.
Operational platforms for fabrication yards — starting with constraint management and shared delivery visibility, then expanding into broader planning and execution workflows.
Weight registers, centre-of-gravity visibility, and loadout readiness — connecting yard updates to marine and installation limits as modules evolve through fabrication.
Get in touch — directly with the founder. Every enquiry is read and answered by the lead structural consultant, with a clear next step.
Response within 1 business day · NDA on request