What If You Could Clone an Engineering Asset, Improve It, and Share Your Version With the World?
You don't always need to start from scratch. Sometimes, the smartest way to innovate is to build on what already exists.
Imagine you're a gas turbine engineer.
You find an interactive Titan 130 gas turbine page with product information, engineering calculators, visualizations, and a global installation base.
You explore it. You see what's useful. Then you notice something you could make better.
Maybe you have a more accurate sizing method. Perhaps you want to add a fuel suitability assessment, improve emissions estimates, build a maintenance-life calculator, or create a more realistic budget estimator.
Traditionally, you'd start building your own tools, collecting documentation, organizing technical data, and developing the interface.
But what if you could fork the existing asset, improve it with your expertise, and publish your own version?
That's the idea behind a more collaborative way of building with Ruhify.
1. Start with an existing asset. Make it your own.
Explore the Titan 130 Gas Turbine Living Page.
Instead of treating it as a static product page, think of it as a starting point for something more useful.
You can explore the equipment, examine its technical information, and use the available engineering tools as a foundation for your own ideas.
If forking is available on the asset, you can create your own version and build on that starting point.
You don't have to recreate everything. You can focus your effort on what you know best.
For example:
Gas turbine specialists: Improve preliminary performance and sizing workflows.
Fuel experts: Add fuel-composition checks and fuel suitability assessments.
Environmental engineers: Develop emissions estimation tools with clearly defined assumptions.
Maintenance engineers: Build maintenance planning and lifecycle estimation workflows.
Project engineers: Add budget estimation tools for equipment, installation, and lifecycle costs.
Technical educators: Turn complex turbine concepts into interactive learning experiences.
Your expertise becomes something other people can explore and use.
2. What would you improve if you could fork this turbine?
Let's make this practical.
Imagine five engineers working with the same Titan 130 asset. Each sees a different opportunity.
Engineer A — Performance specialist
Adds a site-condition assessment to help compare expected performance under different ambient conditions.
Engineer B — Fuel specialist
Creates a preliminary fuel suitability workflow that evaluates fuel properties against verified equipment limits.
Engineer C — Emissions specialist
Builds an emissions estimator that explains its inputs, assumptions, operating conditions, and calculation basis.
Engineer D — Maintenance planner
Creates a lifecycle planning tool to organize maintenance assumptions, operating hours, service events, and estimated costs.
Engineer E — Project consultant
Builds a budget estimator covering the turbine package, installation, balance of plant, commissioning, and ongoing operating expenses.
Now imagine each engineer sharing their improved version with the others.
The performance specialist might discover that the maintenance planner has useful operating assumptions. The project consultant might find that the emissions workflow helps improve a project proposal.
Each person contributes a different piece of expertise.
One starting asset. Multiple specialist-built experiences. More opportunities to learn from one another.
That's the potential of collaborative engineering assets.
3. Add your own product knowledge agent
An interactive calculator is useful. But what if the asset could also answer technical questions?
You could create a custom product knowledge agent around your version of the Titan 130.
Depending on the knowledge and capabilities you configure, users could ask questions such as:
Which operating assumptions are used in this calculation?
What information is required before evaluating a proposed fuel?
Which documents support this specification?
What additional data is needed for a preliminary budget?
How does a change in an input affect the estimated result?
The goal is to bring technical content, interactive tools, and product knowledge together in one experience.
Instead of making someone search through disconnected documents and spreadsheets, you give them a place to explore the subject.
Of course, the agent's answers must be grounded in appropriate technical documentation. It should identify missing information rather than inventing specifications or presenting unverified estimates as engineering facts.
4. Publish your version. Choose how you share it.
Building something useful is only half the job. Other people need to access it.
A forked asset can become a resource for a specific audience, depending on the available publishing and access controls.
Make it public
Share your improved engineering workflow with other engineers, students, researchers, consultants, or potential customers.
Keep it private
Develop a workflow for your team, experiment with a new calculator, or organize specialized product knowledge without publishing your work publicly.
Embed it on your website
Bring your interactive asset into an existing website built with WordPress, Wix, or Squarespace, using the supported embedding options.
This means your work doesn't necessarily have to live on a standalone page. It can become part of your company website, portfolio, educational resource, or technical community.
You create the experience. You choose the audience. You decide how to present it.
5. Learn from the global installed base—and contribute
Engineering knowledge becomes more valuable when it connects to real-world applications.
The Titan 130 asset also offers a starting point for exploring global installed-base information.
That opens up interesting questions:
Where is this equipment used?
Which industries and applications are relevant?
What information would help engineers understand different installations?
What data could improve future engineering tools?
What can specialists contribute to make the asset more useful?
Imagine engineers and industry professionals contributing verified public references, application information, technical explanations, or other useful knowledge.
Over time, an asset could become more than a visualization of a machine. It could become a shared resource that helps people understand the equipment and the context in which it operates.
Contributions should be traceable and appropriately reviewed. Public installation records, in particular, must not be confused with a complete or independently verified global inventory.
The opportunity is not to collect information indiscriminately. It's to make useful knowledge easier to find, understand, and build upon.
6. This isn't just about gas turbines
The same idea could apply to compressors, pumps, valves, electric motors, gearboxes, industrial HVAC systems, defence equipment, robotics, and many other technical assets.
A product specialist could improve a selection calculator.
A student could fork an educational project and add an interactive explanation.
A researcher could create a specialized knowledge resource.
A consultant could develop a reusable assessment workflow.
A manufacturer could create a product experience that combines technical documentation, an AI knowledge agent, and interactive tools.
The underlying principle stays the same:
Don't just consume knowledge. Turn it into something useful, improve it, and give others the opportunity to build on it.
7. Your expertise deserves more than a PDF
Think about the knowledge you've accumulated through years of engineering, research, maintenance, design, or project work.
How much of it is buried in spreadsheets, PDFs, presentations, bookmarks, or personal notes?
What if you could turn some of that knowledge into an interactive asset that other people can actually use?
You don't need to know everything.
You need a useful starting point, a specific problem to solve, and enough expertise to make a meaningful improvement.
Start with the Titan 130 Gas Turbine Living Page. Explore its capabilities. Identify something you would improve. If forking is available to you, use it as a starting point for your own version.
Then share what you've learned