YUANSUAN | ENGINEERING AI COMPANY

Take engineering creativity further

Give your growing expertise more room to make a difference Extend your capabilities with Engineering AI and bring more ideas within reach

By Engineers, For Engineers

Explore how capability grows Explore engineering cases

The Engineering AI system

Engineering capability on demand

An engineer’s perspective

Expertise as a shared starting point

Real engineering practice

Solid support for professional judgment

01 | GAINING CAPABILITYExplore the system

Computing for experience upgrades how engineers gain capability

Build on your expertise to gain new capabilities sooner, explore more possibilities, and take on more complex engineering tasks

Same engineer, same starting point

Capability growth illustrated

THROUGH INDIVIDUAL PRACTICE

Learn through practice. Build capability step by step.

WITH ENGINEERING AI

Explore with intelligence. Expand capability faster.

Time to capability

Explore the product family

02 | CAPABILITY SUPPORT

A system for engineering capability at scale

Connect compute, solvers, field applications, and intelligence so engineers can access, combine, and reuse capability on demand

2016 · Engineering computationTODAY · Engineering AI

TECHNICAL LAYERS

01Foundation

02Solver capability

03Applications

04Intelligence

05System

Cloud computation

Access compute on demand for larger tasks

Solver development

Analyze mechanisms and solve critical problems

Field applications

Apply proven methods to real engineering tasks

Intelligent modeling

Model problems with physics and data

Engineering AI system

Access and reuse at scale

Turn sustained technical progress into capability engineers can draw on

Explore the platform

03 | THE ENGINEER’S PERSPECTIVE

By Engineers, For Engineers

Make one engineer’s experience a starting point for many

Experience becomes a starting point
Every carefully refined model and validated method carries professional judgment. Make that hard-earned knowledge a starting point others can build on
Computation extends individual reach
Engineers frame the questions and weigh the trade-offs. Computation and intelligence support deeper exploration, helping turn professional judgment into new solutions
Creation adds to shared capability
Preserve the methods and insights gained from each task, serving today’s work while laying the groundwork for another engineer’s next idea

Expertise and shared capability · Conceptual illustrations

04 | ENGINEERING PRACTICE

Analyze in depth. Anticipate change. Connect the whole system.

Models, data, and proven methods help engineers examine components, anticipate system risks, and coordinate watershed response

Wheel 13° impact validation

Examine response, analyze critical areas

Move from overall response to critical areas, using stress distributions and test correlation to assess wheel impact performance

Wheel 13-degree impact response with stress legend and impactor model

Engineering outputs

Response contours
Test correlation
Validation report

Explore case

Nuclear cold-source warning

Anticipate change, assess system risks

Turn monitoring data into trend assessments, identifying cold-source risks to inform tiered warnings and responses

Engineering interface showing coastal monitoring and trend analysis for a nuclear cold source

Engineering outputs

Trend forecasts
Tiered warnings
Response guidance

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Flash-flood forecasting and response

Connect information, coordinate response

Link terrain, rainfall, and runoff with watershed analysis, warnings, and response to support coordinated assessment

Watershed model and warning assessment in a flash-flood system

Engineering outputs

Watershed models
Warning workflows
Assessment records

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The foundation behind the work

About these figures

Granted invention patents, validated high-value scenario categories, provincial-level project coverage in China, and national recognition; public information updated September 2026