Software, services, and expertise for the business of shipbuilding.

        • Achieve a Quick ROI
        • Sliced implementations and our expertise means a benefit from day one, without a lengthy setup.

        • Integrate, Collaborate, Re-use
        • SSI’s Open Shipbuilding Platform gives you a future-proof source of truth for your shipbuilding projects.

        • Change Management
        • Get visibility into changes, understand the impacts, and have the right information at the right time to execute the change.

        • Adapt and Innovate
        • Create a local or virtualized shipbuilding environment for your global distributed workforce.

        • Changing from Another Solution
        • SSI makes it easy to switch from other platforms and keep your existing data.

        • Design
        • The most significant opportunities to impact the cost of building and operating a ship are found in the design and engineering phase.

          Initial Design  |  Basic Design  |  Detailed Design

        • Build
        • Even a smaller shipbuilding project is immense in scope and scale. Manage the challenges that are unique to ship construction.

          Prepare  |  Fabricate  |  Assemble

        • Maintain
        • With the majority of a ship’s life taking place after it’s been built, it’s crucial to ensure that the organization has a clear picture of the vessel at all times.

          Digital Twin  |  Repair / Refit  |  Operations

        • Nexus
        • SSI Nexus is a community for users, creators, & implementers of SSI software.

        • SSI Certified Training
        • SSI Certified Training allows SSI users to access detailed training exercises, materials, courses, and certifications.

        • SSI Blogs
        • The SSI blogs are your place to get insights from our CEO into the intersection of shipbuilding and technology, see how shipbuilding is moving forward, and keep up with SSI news.

          Lighthouse Waveform  |  Shipbuilding Solutions

        • ShipConstructor
        • A complete line of solutions for the design, engineering, and construction of ships and offshore projects.

        • EnterprisePlatform
        • Tools to connect and share data across every system in the shipyard and make information available.

        • ShipbuildingPLM
        • The only truly shipbuilding-specific product lifecycle management (PLM) platform.

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        • Locations & Contact
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October 13, 2014
Best PracticesShipbuildingShipConstructor

BIM 360 Glue Series Banner Final Part V

This is part 5 and my very last blog post for my blog series regarding A solution for a distributed team using disparate CAD authoring tools. In the previous post I talked about how with the proposed strategy you are able to communicate with your team synchronously as well as asynchronously. This includes the team members which are collocated and the team members which are in a different geolocation.

In this post I will be focusing on what I would say is the most difficult part of working with disparate authoring tools in a distributed environment: Clashes and interferences.

I still remember the days when dealing with improper identification of interference was a prevalent problem in yards that used the same authoring tool and were collocated. To be honest I know some yards still have this issue. However, with the tools available today there is no reason anyone has to have this issue assuming they are creating a comprehensive detail model. I talked about this in one of my previous posts: What level of detail to include in your design?

In the growing landscape where we are using distributed teams with different CAD authoring tools, the situation of handling clashes and interferences from multiple sources is increasing in importance. The solution I have presented in this blog series was constructed with the requirement of having a seamless workflow for handling and managing clashes.

For a successful Clash Management in a distributed environment we need to solve three problems:

  • Identifying clashes
  • Managing clashes
  • Fixing and updating the model

Identification of clashes

The challenge with identification of clashes has usually been because each of the authoring tools do not have a good method of identifying clashes with entities that are not contained in their 3D product model. Without a good way of identification of clashes you will be stuck with a more manual, time consuming and error prone process.

With the proposed solution, identifying clashes from the combined model (Structure: ShipConstructor, Outfitting: AVEVA PDMS) is a first class citizen feature.


Navisworks clash detection


BIM 360 Glue Web App clash detection

BIM 360 Glue Web App and Navisworks have the same very powerful and fast clash detection engine. Depending on your workflow you can use either application to detect clashes on the merged model.

Managing Clashes


BIM 360 Glue iPad App


BIM 360 Blue Web App

After accurate identification of the interferences there will need to be a central location where you can coordinate and manage them. Both tools support features to manage the clashes.

BIM 360 Glue has additional collaboration and communication features not available with Navisworks. These features can be extremely useful and aid in coordination.

Additional features are:

Notification: When there is a new clash result, the appropriate team members will get notified. Also, when going through each of the clashes you can add a comment and directly email a specific team member to communicate your opinions on how to fix it.

History: All clashes and their communication are stored and can be recalled at any point during the project.

Markups: You can add additional information to the clash by marking up the 3D model. This markup will appear for all team members and they simply click on the markup to get a clear representation of the clash.

View on iPad App: Clashes are not seen on the iPad but any markups will be available for interrogation.

Fixing and updating of model

Where this strategy excels is when it comes to fixing and updating the 3D model. If you recall I started this workflow by using Navisworks where the benefits of using it as an intermediate step pays dividends. By using Navisworks you are able to identify the welds, as mentioned previously; however, you are also able to quickly switch back to the original authoring tool to make any fixes. This means there is no fumbling around or searching to determine the original drawing where you can make changes to the model.

This allows for a streamlined workflow to fix any conflicts by either modifying geometry or creating penetrations. Once these changes are done, the Naviswork model can automatically be updated and uploaded to the BIM 360 Glue project for all stakeholders to have access to.

This workflow will ensure that all collisions are fixed without requiring users to spend time looking for the appropriate drawing to make their changes. Once changes are made, they are reflected in the combined model and can be verified instantaneously after the changes are done. It is just beautiful, it really is.

Video demonstrating above concepts

Closing Remarks

I really enjoyed writing this blog series because it offers a solution to what many of us think of as a very challenging and difficult problem.

There is a growing need for a single strategy that can adapt to either keeping your design 100% internal or supporting a distributed environment. With the solution described in this blog series you will have a very efficient workflow that adjusts with your business needs.

To keep my blog posts to a reasonable length I needed to focus on the major features and I did not go into depth of each feature. If there are any questions I would be happy to answer them!

Posts in this Series

Part I: Overview of BIM 360 Strategy

Part II: Create, update and manage the combined product model.

Part III: View and interact with the combined model using a tradition desktop application, Web App or an iPad App

Part IV: Communicate and collaborate synchronously and asynchronously with all team members

Part V: Detect and manage clashes and interferences in combined model.

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