Engineering services, end-to-end.
Four service areas — offshore structural engineering, renewable energy engineering, AI & engineering automation, and digital engineering software tools — plus two platforms in active development (FDI and DWIP), ahead of public launch.
Offshore Structural Engineering
Deep, hands-on experience in offshore structural design and analysis — from primary topside members through to temporary works and lifting plans. Every output is defensible, traceable and built for technical review.
Talk to us about offshore engineeringOfferings
- Topside structural design
- Secondary and tertiary steelwork
- Loadout, lifting and transportation support
- Temporary works
- Structural review and technical justification
Renewable Energy Engineering
Engineering support across the offshore renewables stack — from fixed and floating foundations to mooring and anchor research. We help developers and contractors move faster without compromising the rigour that certification demands.
Talk to us about renewablesOfferings
- Offshore wind support
- Floating wind concepts
- Mooring and anchor engineering research support
- Foundation risk and technical advisory
AI & Engineering Automation
Custom Python and AI tooling that turns repetitive engineering work into reproducible, auditable pipelines. Faster iteration, defensible outputs, and engineering judgement kept firmly in the loop.
Talk to us about AI & automationOfferings
- Python engineering workflows
- Calculation automation
- Reporting automation
- Data dashboards
- AI-assisted engineering processes
Digital Engineering & Software Tools
Modern engineering web apps and data platforms — including FDI and DWIP, alongside bespoke Next.js tools and client-facing dashboards.
Talk to us about digital toolsOfferings
- Engineering web apps
- FDI — fabrication delivery intelligence (in build)
- DWIP — digital weight intelligence (in build)
- Client-facing technical dashboards
How a project moves from question to defensible answer.
A repeatable, transparent five-step method — designed to fit inside your existing engineering and review cycles.
- Step 01
Frame
We start by mapping the engineering problem — boundary conditions, constraints, acceptance criteria and the decisions the analysis must defend.
- Step 02
Model
Physics-first modelling, calibrated against benchmarks. Every assumption is documented and every model is built for reproducibility.
- Step 03
Automate
We wrap the model in a parametric pipeline — Python, Abaqus scripting and HPC — so iteration is cheap and traceable.
- Step 04
Accelerate
Where appropriate, neural surrogates replace expensive solves, enabling fast design exploration without losing physical fidelity.
- Step 05
Deliver
Audit-ready report, reproducible code, validated against your acceptance criteria — ready for technical review and certification.
Tools we know intimately.
Need a specific service scoped?
Tell us about the problem — we'll respond with a concise proposal, references and a realistic delivery plan.
Response within 1 business day · NDA on request