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YUANSUAN | ENGINEERING AI PRODUCTS

Choose the right way to tackle the task.

Make learning through computation part of how your team works

Explore an open problem in GEWU, run proven Apps in LUBAN, or coordinate a complex task with MOZI.

One platform, three ways to work

Select a product to explore
DSE · design space exploration
Objective
Minimize mass
Discipline constraints
Stiffness · temperature
32128
HPC parallel execution0/80
4 parallel task groups

Parallel solve, results returned

Interactive illustration
Product demo

Wheel design and validation

Compare solver results and examine response differences

See the workflowGEWU

Shared engineering capabilities, connected as needed

PRODUCT COLLABORATION

One platform. Three ways to work.

ENGINEERING WORK

Explore further, reuse proven methods and tackle more complex work

GEWU Engineering AI Workbench

Understand the method. Explore further.

Use Engineering AI to model, explore and validate, then package proven methods as Engineering Apps

  1. Compare & validate
  2. Explore better designs
  3. Package as an App
Product interface · Wheel task exampleGEWU
LUBAN Engineering Pipeline

Compose proven methods. Complete more work.

Compose and run enterprise Engineering Pipelines from Apps to reuse proven capability at scale

  1. Select Apps
  2. Compose workflows
  3. Run at scale
Engineering pipeline
Prepare load cases
Aggregate results
Engineering App / Thermal analysisTemperature fields and boundaries

Pass outputs to the next App

Interactive exampleLUBAN
MOZI Engineering Agent

Set the goal. Keep complex work moving.

Understand goals, invoke engineering capabilities and adapt plans to advance complex engineering tasks

  1. Define goals
  2. Execute automatically
  3. Interpret & adapt
Load 1.0kNDisplacement ≤ 0.50 mm
Example data
DesignMass/kgDisp./mm
A2.400.40
B2.100.46
C1.900.58
Example interpretation

Validate design B first

B is 12.5% lighter than A and meets the limit at 0.46 mm; C is lighter but exceeds it

Example data
Interactive exampleMOZI
TEAM CAPABILITY

Build engineering capability with every project

Reusable methods. Data for training. Engineering intelligence that develops.

Engineering Apps & workflows

How it is builtExperts validate methods; engineers compose workflows

How it is usedTeams reuse proven methods; MOZI invokes them as needed

Quality engineering datasets

How it is builtCompute produces samples; engineers validate and evaluate them

How it is usedImprove methods and support model training and evaluation

Specialist engineering AICompany-specific engineering models

How it is builtTeams collect data; experts guide training and acceptance

How it is usedExplore designs, orchestrate complex work and interpret results

CAPABILITY IN PRACTICE

Expand what your engineering team can achieve

Gain experience through computation at scale, extending the depth, volume and complexity of your engineering work

Previous approach
New way of working

01Explore deeper

Validate a few designs one by one

Sample · filter · optimize

Discover patterns and better solutions across a larger design space

02Reuse more widely

Set up a workflow for each task

One method, multiple teams and projects

Put proven methods to work for more engineers and tasks

03Handle more complexity

Connect tools and track execution by hand

Execute across paths, adapt to results

Advance engineering work across multiple goals and constraints

05 / YOUR NEXT TASK

Start with your engineering task

Choose your current task to find the right product

First steps
Compare and validate methods, then explore the design space
What you gain
Validated methods, Engineering Apps and high-quality data

BringEngineering problem, models or data, validation goals