BRIDGE AI & SIMULATION

Independent AI expertise for engineering simulation

We independently evaluate, develop, and improve AI models for engineering simulation. Starting with your task and your data, we establish what a useful model needs to deliver and how to test it. 

How We Can Help

Whether you are considering a new application, developing a model, or investigating results that fall short, we take on a defined part of the work

Evaluate an Application

Assess whether AI is worth pursuing for your engineering task. We scope a prospective project’s size, ROI, and risk, and provide a proof of concept.

Develop a Model

Build a model for your engineering requirements. We develop and test the model, open-source or proprietary, and agree how it fits your workflow.

Improve an Existing Model

Investigate a model that struggles with new designs or misses physical behavior. We examine it and identify what needs to change.

Train Your Team

Help your engineers understand AI models. We deliver public courses through NAFEMS and offer training for engineering teams and decision-makers

Speed

Understand where AI can shorten simulation and design cycles

Accuracy

Evaluate predictions against reference data and the precision your engineering teams require

Reliability

Establish where a model can be trusted and where further simulation is needed

RESEARCH & MODEL DEVELOPMENT

Our Research Projects

Our publicly funded research explores the practical use of AI in engineering simulation.

Start With a Defined Task

We scope the work around the question you need answered or the model you need built, with a clear agreement on the first assignment

1. Define the Useful Result

We discuss the engineering task, the available data, and the result you need.

2. Agree the Work and Budget

We propose a paid assignment with a defined scope, deliverables and budget. This can be an evaluation, development work, or an investigation of an existing model.

3. Carry Out the Work

We choose methods suited to the task and data, carry out the development, and assess the results against your engineering requirements.

4. Handover

You receive the agreed outputs, findings, limitations and recommended next steps.

Discuss your application

Tell us about your engineering task, where you are now and what needs to work better.