Enhancing Design Coordination in AEC Projects with BIM Collaborate Pro

Enhancing Design Coordination in AEC Projects with BIM Collaborate Pro

In the world of Architecture, Engineering, and Construction (AEC), the importance of seamless coordination across various design functions and disciplines cannot be overstated. Properly aligned workflows can transform project outcomes, significantly improving efficiency and minimizing the need for multiple design iterations. With advanced tools like BIM Collaborate Pro, an Autodesk Construction Cloud (ACC) product, design coordination has entered a new era, enabling projects to be managed with greater precision, security, and traceability. The following video explores how BIM Collaborate Pro facilitates this coordination process, ensuring that every discipline can collaborate seamlessly while enhancing project quality. Watch it now to see how advanced design coordination can transform AEC project workflows.

The Impact of Defined Review Processes

A well-structured review process through design coordination is key to achieving large efficiency gains. Establishing this process at both the company and project levels is critical for effective collaboration, ensuring that every discipline adheres to project standards and procedures from the beginning. This approach enables various teams, each contributing their specialized expertise, to work cohesively within a shared framework. As a result, it reduces rework and streamlines the journey toward the final design.

Project-Level Coordination: Efficient Sharing and Collaboration

Large-scale construction projects often involve multiple companies, each contributing specialized data for their respective design disciplines. Effective project-level coordination facilitates this collaboration by enabling secure data sharing among these companies. This involves creating a robust environment where each discipline can exchange information with stakeholders while also managing their internal data-sharing needs.

Using BIM Collaborate Pro, companies can create a shared coordination space specifically for this purpose. The shared coordination space acts as a controlled environment where design data can be securely shared and managed, enhancing both security and traceability. Additionally, the platform’s clash detection features enable teams to identify and resolve potential issues early on, ensuring a smoother path to project completion.

Edit Coordination Space Folders screenshot
Setting up coordination space folders in Autodesk Construction Cloud

Company-Level Coordination: Leveraging Internal Collaboration

Within each company, design disciplines need a collaborative framework to refine their designs and optimize quality before sharing with other project stakeholders. BIM Collaborate Pro allows companies to set up dedicated coordination spaces, where teams can run internal clash checks and coordinate data among internal disciplines, such as architectural, structural, and MEP. By using live connections for data sharing, these internal teams can ensure that each design aspect aligns well before it is integrated at the project level.

Managing Coordination Spaces screenshot
Managing coordination spaces in Autodesk Construction Cloud

The Role of Project Templates and Permissions

Setting up a project within ACC often starts with the use of project templates. These templates store critical project parameters, standards, and member permissions, allowing for consistent setup across projects. By defining permissions at a folder level, project administrators can control access based on team roles, ensuring that collaborators only interact with the data they need. This security-first approach is crucial for maintaining control over sensitive project information.

Creating a project template in Autodesk Construction Cloud
Creating a project template in Autodesk Construction Cloud

“The refined standard project management folder structure and templates intuitively caused project participants to explore the use of all available modules, reducing management by email and spreadsheets.”

– Ann Blanchard, Senior Project Manager, Arcadis

Flexibility and Adaptability in Coordination Spaces

Every construction project evolves, and the BIM Collaborate Pro coordination spaces are designed to adapt to these changes. For example, new coordination spaces can be added, and existing ones can be adjusted by modifying content folders, enabling clash detection, or even renaming the spaces as project needs shift. This flexibility ensures that the coordination setup remains relevant and useful throughout the project lifecycle.

Enhancing Interdisciplinary Collaboration with Defined Workflows

Design collaboration workflows within the Autodesk Construction Cloud streamline data sharing across companies. Here’s how it works. Once a design team—say the structural team—creates a data package, it is shared along a project timeline. The MEP team, working within the same environment, can then explore this structural data. If they find it necessary for their designs, they “consume” the data, bringing it into their own data structures to inform their design decisions. This shared workflow not only enhances coordination, but also maintains a record of interactions, ensuring traceable and reliable data exchanges.

Issue Tracking and Resolution with BIM Collaborate Pro

Effective issue management is vital in collaborative projects. When clashes or concerns arise, they can be tracked and resolved within Autodesk Construction Cloud. For example, if a clash is detected between structural and MEP data, an issue is raised and assigned to the relevant team, with responsible members and response timelines prepopulated via templates. This structured approach enables team members to address issues promptly, redesign as needed, and re-share updated models, keeping all stakeholders informed throughout the resolution process.

Issues management screenshot
Manage issues in Autodesk Construction Cloud

Driving Efficiency with Advanced Coordination Tools

BIM Collaborate Pro, paired with the AEC Collection, empowers design and construction teams to elevate operational efficiency through advanced workflows. By enabling coordinated, flexible, and secure project environments, these tools help teams work more effectively, reduce rework, and ultimately deliver better project outcomes.

Incorporating design coordination with BIM Collaborate Pro into your projects can streamline your team’s workflows, minimize costly errors, and enable more efficient project delivery. With coordination at both company and project levels, teams are set up for success from day one.

The Best Way to Get BIM Collaborate Pro

If you’re new to Autodesk or want to get this software today, our team at Robotech can help. We offer comprehensive entry-level basics training, and we sell Autodesk software directly to companies across the country. We are a gold partner of Autodesk, and we’ll ensure your team is fully set up and comfortable with the software before we consider the job “done”.
We have a few Autodesk packages that we offer, and we can provide a free trial for you to test it before you buy. Within a few minutes, you’ll see how helpful this software is in maintaining your healthcare compliance accreditation.

Schedule a call to get started today.

Autodesk’s New Content Catalog to Centralize your BIM Content and Data

Autodesk’s New Content Catalog to Centralize your BIM Content and Data

Autodesk recently announced the launch of Content Catalog, a cloud-based digital asset management tool designed to provide a single source of truth for storing, versioning, and accessing BIM content, including Revit families. Content Catalog is the new Autodesk integrated version of UNIFI Pro, available to Autodesk Docs subscribers at no additional cost.

With this launch, Content Catalog will only be available to those who store their data via the US data storage location. Access to Content Catalog, for those who utilize the EU and Australia storage locations, will be available at a future date.

How Content Catalog benefits BIM content management

Content Catalog helps AECO (Architecture, Engineering, Construction, and Operations) firms boost efficiency and reduce unnecessary rework by simplifying the management, distribution, and discovery of the latest and most accurate versions of their digital content. It centralizes vetted BIM content and data in one location, aiding in setting and enforcing firm-wide standards to enhance the accuracy of deliverables.

Further, this centralization greatly bolsters digital content accessibility and democratization for users. By centralizing digital assets in a Common Data Environment and utilizing a robust search system, Content Catalog users can significantly reduce the time spent locating BIM content, allowing them to dedicate more time to design.

Check out this quick demo to explore the Content Catalog environment.

Key Features

  • Organize Content: Create customizable Content Collections with flexible user permissions.
  • Saved Searches: Save, retrieve, and share frequently used searches.
  • Robust Search System: Refine search results through dynamic filters and multiple display options.
  • Automatic Upgrades: Automatically upgrade files to Revit, retaining file history and parameter values.
  • Content Approval:  Admin approval, rejection, and editing of user-uploaded content
  • User Management: Controlled access to Collections through user group permissions from the ACC Docs Admin Portal.
  • File Management: Upload, manage, and distribute a wide variety of file types, with in-app integrations for Revit, AutoCAD, and Civil3D.

Get started with Content Catalog today

If you’re new to Autodesk or want to get this software today, our team at Robotech can help. We offer comprehensive entry-level basics training, and we sell Autodesk software directly to companies across the country. We are a gold partner of Autodesk, and we’ll ensure your team is fully set up and comfortable with the software before we consider the job “done”.
We have a few Autodesk packages that we offer, and we can provide a free trial for you to test it before you buy. Within a few minutes, you’ll see how helpful this software is in maintaining your healthcare compliance accreditation.

Schedule a call to get started today.

Changes to Autodesk’s 2025 Pricing

Effective January 7, 2025, prices will increase on many Autodesk subscription renewals.

Autodesk recently announced that the 5% discount on annual renewals will be discontinued and the 10% discount on multi-year renewals will be reduced to 5%. This change does not apply to subscription renewals discounted through trade-in offers like Move to Subscription (M2S) and Transition to Named User.

Here’s how to plan ahead:
  • Renew your subscription early and before January 7, 2025 to take advantage of current pricing.
  • Renew for a 3-year term to avoid any possible prices increases during that period.
  • Feel free to reach out if your subscription expiration date is after January 6th.
Affected Products

The following popular Autodesk products and more are impacted by these changes:

  • AutoCAD & AutoCAD LT
  • AEC Collection
  • Product Design & Manufacturing Collection
  • Revit
  • Civil 3D
  • BIM Collaborate Pro
  • Navisworks
No Changes to:
  • Premium, Flex, M2S, and Named User subscriptions.
  • Government pricing, which may vary.
Take Action Today

Contact our team now to learn more by replying to this email or by calling 201-792-6300 to talk with your account manager, or email the sales team at [email protected].

Why Choose Robotech CAD Solutions Resources?

By purchasing directly from us, you gain access to:

  • Personalized renewal support.
  • Expert license management and assistance tailored to your needs.
  • Industry-leading guidance for your digitization journey.
FAQs
  • Why is Autodesk making these changes?
    The adjustments align Autodesk’s pricing globally and streamline renewal policies across regions.
  • Are there exceptions?
    Yes, certain globally priced subscriptions (Premium, Flex) and Enterprise Business Agreements are unaffected.
  • Can I still get discounts?
    Yes, 3-year subscription renewals will retain the 5% discount, and EMS subscriptions in select markets will also receive specific discounts.

AutoCAD Tips: Mastering Annotative Objects for Text and Dimensions in AutoCAD

Tutorial Objectives:
This tutorial will teach you how to use annotative text and dimensions in AutoCAD. Annotative objects automatically scale based on the viewport scale, allowing you to maintain consistent text and dimension sizes across multiple viewports in a layout.

Understanding Annotative Objects

What are Annotative Objects?
In AutoCAD, annotative objects are designed to be scaled automatically based on the scale of your drawing or viewport. This feature is especially useful when working with text, dimensions, and hatches that need to appear at a consistent size on printed drawings.

Why Use Annotative Objects?
– Eliminates the need to create multiple copies of text and dimensions for different scales.
– Ensures that annotations are readable and consistent in different viewports.
– Saves time and reduces errors in scaling manually.

Creating Annotative Text

Step 1: Define Annotative Text Style
1. Type `STYLE` and press Enter to open the Text Style Manager.
2. Click New, name the text style as `Annotative Text`, and check the box labeled Annotative
3. Set the font and size (e.g., 1/8” or 3 mm depending on your units).
4. Click Apply and then Close.

Step 2: Place Annotative Text
1. Type `TEXT` and press Enter.
2. Specify a start point and enter your text (e.g., “Annotative Text Example”).
3. Notice the Annotative Icon (a small scale symbol) next to the text, indicating that it’s annotative.

Step 3: Assign Annotation Scale
1. Select the text object.
2. In the Properties panel, find the Annotative Scale section.
3. Add multiple scales (e.g., 1:1, 1:2, 1:4) using the Annotation Scale dropdown.

Tips:
Use the `ANNOAUTOSCALE` command and set it to 1 to automatically add the current annotation scale to all annotative objects.

Creating Annotative Dimensions

Step 1: Define Annotative Dimension Style
1. Type `DIMSTYLE` and press Enter to open the Dimension Style Manager.
2. Click New, name it `Annotative Dim`, and check the box labeled Annotative.
3. Go to the Text tab and set the text height to 1/8″ (or 3 mm).
4. In the Fit tab, ensure that Scale dimensions to layout is selected.
5. Click OK and Set Current, then close the dialog.

Step 2: Place Annotative Dimensions
1. Type `DIMLINEAR` and press Enter.
2. Select two points on the rectangle to place the dimension.
3. The dimension will automatically be assigned the current annotation scale.

Testing Annotative Scaling in Viewports

Step 1: Create Layout Viewports
1. Go to the Layout tab and type `MV` (for Make Viewport).
2. Draw two viewports side by side on the layout.

Step 2: Set Different Scales for Each Viewport
1. Click on the first viewport and set its scale to 1:1.
2. Click on the second viewport and set its scale to 1:2.

Step 3: Observe the Annotative Objects
– The text and dimensions should automatically resize based on the viewport scale, appearing consistent and readable in both viewports.

Tutorial Tips:
If the annotations don’t display correctly, use the command `ANNOUPDATE` to refresh them.

Common Issues and Troubleshooting

1. Annotations Not Scaling Properly:
– Ensure the objects are set as annotative in their properties.
– Verify that the annotation scales have been applied correctly.

2. Text or Dimensions Not Visible:
– Check if the viewport scale is listed in the object’s annotation scale list.
– Use `ANNOALLVISIBLE` and set it to 1 to display all annotative objects, regardless of the current scale.

3. Text Overlapping or Cluttered:
– Adjust the annotation scales or reposition objects to avoid overlaps in different viewports.

By mastering annotative text and dimensions, you can ensure consistent annotation sizes across different scales and viewports, making your drawings more professional and easier to read. This is a powerful skill for anyone looking to streamline their AutoCAD workflow.

Interested in learning more AutoCAD content?

Revit Tips: Setting Up Phases in Revit for Renovation Projects

Revit Tips: Setting Up Phases in Revit for Renovation Projects

Phasing in Revit is an essential tool for projects that involve renovation or construction in stages. This feature allows you to differentiate between existing, demolished, and new construction elements within a project. In this tutorial, we’ll walk through how to set up and use phasing effectively for a simple renovation project.

Tutorial Objectives:

– Understand the basics of Revit phasing.
– Set up phases in a Revit project.
– Assign elements to different phases (Existing, Demolished, New).
– Adjust phase filters to control the visibility of elements in views.
– Create a phase-specific view (Existing Plan, Demolition Plan, New Construction Plan).

Step 1: Understanding Phases in Revit

Revit uses phases to manage different stages of a project’s lifecycle. By default, Revit includes two phases:

Existing: Represents the current state before any new work begins.
New Construction: Represents elements that are added during the project.

You can add more phases if needed (e.g., “Demolition”), but in most renovation projects, these two are sufficient.

Step 2: Setting Up Phases in Your Project

  1. Open your Revit project.
  2. Go to the Manage tab on the ribbon and click on Phases.
  3. In the Phases dialog box, you will see two default phases: Existing and New Construction.
  4. You can add more phases by clicking Insert if your project requires it (e.g., adding a “Demolition” phase).

Step 3: Assigning Phases to Elements

Every element in Revit can be assigned a specific phase:

  1. Select an element in your project (e.g., a wall).
  2. In the Properties palette, find the Phasing section.
  3. Set the Phase Created property. For existing elements, set it to Existing.
  4. For new elements, set the Phase Created to New Construction.
  5. If an element needs to be demolished, set Phase Created to Existing and Phase Demolished to New Construction.

Step 4: Using Phase Filters in Views

Phase filters control the display of elements based on their phase status:

  1. Select a floor plan view (e.g., “Level 1”).
  2. In the Properties palette, find the Phase and Phase Filter settings.

Phase: Set this to the phase you want the view to represent (e.g., “Existing” or “New Construction”).
Phase Filter: Choose a filter like Show All, Show New, or Show Demo based on what you want to display.

  1. Try switching between different phase filters to see how the elements change visibility.

Step 5: Creating Phase-Specific Views

To effectively communicate your renovation project, set up separate views for each phase:

  1. Duplicate your floor plan view (Right-click the view > Duplicate View > Duplicate).
  2. Rename the views according to the phase (e.g., “Level 1 – Existing,” “Level 1 – Demolition,” “Level 1 – New Construction”).
  3. Set the Phase and Phase Filter properties for each view:

– For Existing views, set the Phase to “Existing” and the Phase Filter to Show Complete.
– For Demolition views, set the Phase to “New Construction” and the Phase Filter to Show Demo.
– For New Construction views, set the Phase to “New Construction” and the Phase Filter to Show New.

Step 6: Annotating Phase Views

  1. Add tags, dimensions, and annotations as needed in each view.
  2. Ensure that demolished elements are properly indicated with a dashed line or other visual style (controlled by the Phase Filter settings).

Step 7: Creating a Phase Schedule (Optional)

You can also create schedules that list elements based on their phase:

  1. Go to the View tab and click on Schedules > Schedule/Quantities.
  2. Choose a category (e.g., Walls) and click OK.
  3. In the Schedule Properties dialog, add the field Phase Created.
  4. Use filters to separate existing, demolished, and new elements.

Tips:

– Use graphics overrides in the Phases dialog to customize how different phases appear (e.g., existing elements in gray, demolished in dashed lines).
– Check the Phase Filter settings carefully, as they control what elements are visible in each view.

Interested in learning more Revit content?

AutoCAD Tip: New in 2025 are Tech Previews – Try the latest Block Object Detection

AutoCAD Tip: New in 2025 are Tech Previews – Try the latest Block Object Detection

Tech Previews, also referred to as technical or technology previews, offer you the opportunity to access new features in AutoCAD before they’re officially released. By participating in Tech Previews, you can explore and test out the functionality of these new features and provide valuable feedback to the AutoCAD product team.

During a Tech Preview, the preview features are fully functional and ready to be used. Since these features are still under development, additional capabilities and improvements may be available for testing. This provides you a chance to evaluate how these features can benefit your workflows and projects.

Unlike Beta programs, Tech Previews are open to everyone, allowing active participation and contribution to the ongoing improvement of the feature’s capabilities. Your feedback is important in shaping the final version of the feature.

AutoCAD is dedicated to continuously improve and evolve the preview feature until it reaches a stage where it’s ready to be released as a regular feature, thereby transitioning out of the Tech Preview phase.

AutoCAD 2025 includes a technology preview that uses machine learning to scan your drawing for objects that can be converted into blocks.

When you start Object Detection, the drawing’s geometry is sent to the AutoCAD machine learning service for recognition. Once the service has analyzed the drawing, the palette will notify you if any objects have been detected that can be converted to blocks. To further inspect and assess the identified instances, click Review Objects.

In review mode, the Detection toolbar is displayed at the top of the drawing window. This toolbar provides various options for navigating and managing detection results. The detection results are grouped into sets of similar objects. A set represents a group of similar detected objects that can be converted into instances of a single block.

Within each set, the primary instance (outlined by a blue border) serves as the block definition when converting into a new block. Alternatively, if you choose to convert into an existing block, the primary instance is used to define the insertion scale and rotation.

You may encounter incorrect sets or instances during detection review. In the following example, a similar object is not detected and included in the set. You can report this error using the Detection toolbar. By reporting errors, you contribute to improving the overall performance and accuracy of the machine learning service.

Key Considerations

Object Detection is a technology preview, which means that the detection capability and functionality will be further enhanced and improved over time.

It’s important to note that Object Detection is optimized for plan-view drawings. The types of objects that AutoCAD can detect are continuously expanding. Currently, Object Detection is best at recognizing the following objects:

  • Single-swing doors
  • Double-swing doors
  • Toilets
  • Bathtubs
  • Urinals
  • Generic lighting symbols
Note: Object Detection relies on machine learning algorithms, so the results may not always be completely accurate or comprehensive.

To optimize detection accuracy as we continue to improve the machine learning algorithm, it’s recommended to set your drawing to real-world units before you start the detection.

While in review mode, the following commands are temporarily blocked:

  • BEDIT
  • COMPARE
  • COUNT
  • COUNTLIST
  • PLOT
  • PUBLISH
  • REFEDIT
  • TRACE
  • XCOMPARE