What is Autodesk Forge and why is it important for Workplace & Facility Management

What is Autodesk Forge and why is it important for Workplace & Facility Management

What is Forge?

Forge is Autodesk’s cloud development platform that can be used to build innovative, cloud-powered applications. Veteran AutoCAD users remember the third-party add-on applications that used Autodesk program interfaces (APIs) to boost AutoCAD functionality by creating new features. Based on the same concept, Forge is a cloud-based development platform with numerous application program interfaces (APIs) and software development kits (SDKs) that allow for a wide variety of applications to be created, from viewing 3D models to transforming 2D images into 3D models, helping you connect workflows and enabling data to flow easily across projects and industries.

Check out the video to see what kinds of solutions can be build using the Forge platform, and some examples of how companies are using Forge to streamline and innovate how they work.

 

 

What Can You Do with Forge?

  • Improve existing software or build new custom solutions using industry standard web technologies
  • Accelerate your existing online workflows or create new solutions
  • Helps streamline the complexities of manufacturing, engineering, and construction industries by connecting players, components, and processes
  • Centralize your data and connect it to all points of the industry supply chain, empowering you to transform the manufacturing process
  • Create digital experiences that access any kind of design and engineering data—virtually anywhere, any time
  • Scale as your customers’ needs change or as you innovate

 

Example:  How Resolve uses Forge in BIM Collaboration

Resolve decided to try Forge APIs to make BIM 360 part of its immersive meeting workflows. The BIM 360 API did exactly what Resolve wanted, which was to seamlessly connect its solution to design models stored and shared in the cloud through BIM 360. As the Resolve team dug deeper, they realized that the BIM 360 API would help them quickly add features they’d planned to develop in-house, including integrated issue management and design option support.

The founders of Resolve had a vision: use virtual reality (VR) technology and BIM (Building Information Modeling) to enable immersive design and construction coordination meetings. The idea was to let project teams “gather” in 3D design models to spot issues and collaborate to enhance designs before—or even during—construction. Where others were using VR for client presentations, Resolve created collaborative 3D environments. Many leading design and construction firms have adopted Resolve technology. They find that they can bring all project stakeholders together to work through issues. Plus, it’s easier to identify visual clashes that interference detection tools have difficulty spotting. Users like that Resolve works with sophisticated VR computing systems and standalone viewers, making it easy for any project stakeholder to join a meeting with a minimal equipment investment.

 

Forge highlights include the following:

  • Saving as much as 6 months of development time for issue management and design option support
  • Helping customers launch immersive meetings instantly using the most up-to-date model
  • Speeding the process of addressing visual clashes by making VR coordination part of BIM 360 workflows

 

Forge Integration in Archibus

Building managers responsible for asset reliability and maintenance need access to all asset details that were established in BIM during design and construction. They need to be able to pull up that information online, in one place.

Recent updates with Archibus have been focusing on integration with Autodesk Forge. This will enable you to:

  • Visualize system connections
  • Plan maintenance
  • Build digital twin integrations

 

For more information contact [email protected] or call us at 201-792-6300

Always contact Robotech first for more knowledgeable and personal service.

Robotech provides Autodesk and Archibus technology with high quality tech support and training services.

What’s New in Archibus V.2022.01

What’s New in Archibus V.2022.01

Click to download the release notes and review the revision history to learn about the new updates, Web Central enhancements, and Workplace features in the latest release, as well as these exciting integrations:

  • Autodesk Forge Building Console
  • BMS Integration Charts and KPIs
Webinar: How Integrated Autodesk & Archibus Technology is Connecting AEC & Building Operations

Webinar: How Integrated Autodesk & Archibus Technology is Connecting AEC & Building Operations

 

Webinar held on February 7, 2022 at 11 am ET

Enabling greater integration between BIM workflows and asset management capabilities.

In today’s environment, the role of building owners and operators is changing. On one hand, they’re striving to combat climate change through improved building efficiencies. On another hand, they’re keeping up with creating flexible, resilient workplaces as working conditions undergo change.

To meet these challenges and enable digital transformation in their building operations, building owners and operators need access to comprehensive tools and data that give them full visibility and insights.

Join us for a discussion about how to fully bring BIM into building operations to support the strategic planning and management of physical resources during operations.

In this webinar, we’ll discuss:

  • The benefits of extended capabilities across the building lifecycle
  • How BIM data adds value on top of workplace and asset solutions
  • How Autodesk and iOFFICE + SpaceIQ are making these capabilities a reality

Register to attend. Even if you can’t make the live broadcast, you can register to receive an on-demand recording after the show.

 

For more information contact [email protected] or call us at 201-792-6300

Always contact Robotech first for more knowledgeable and personal service.

Robotech provides Archibus applications with high quality tech support and training services.

5 Ways Digitalization Fosters a Collaborative Culture in Architecture

5 Ways Digitalization Fosters a Collaborative Culture in Architecture

collaborative architecture cannondesign team

The CannonDesign team collaborates using VR and other visualization tools. Courtesy of CannonDesign.

In 2017, CannonDesign broke ground by hiring Hilda Espinal as its first chief technology officer—a surprisingly uncommon position for large architecture and engineering firms.

With her background in architecture, information technology, and project management, Espinal helps the firm use technology to develop better design and stronger partnerships. This approach, she believes, leads to higher productivity, competitiveness, and profits for everyone involved in a project, from the designers to the builders to the building occupants. Firms might once have kept information close in the name of differentiation, but Espinal is seeing more of a collaborative spirit in the industry: an open-sharing environment that helps everyone start the race from farther down the track.

Though Building Information Modeling (BIM) is at the core of this shift, Espinal says a culture of sharing has spurred other practices, such as bringing subject-matter experts in-house for planning and design. Here, Espinal offers five lessons that illustrate ways digitalization is transforming the culture of collaboration for architects, engineers, contractors, and occupants and owners.

collaborative architecture kaiser permanente radiation oncology center in anaheim, california

CannonDesign’s in-house medical experts collaborated with the firm’s designers on the Kaiser Permanente Radiation Oncology Center project in Anaheim, CA. Courtesy of CannonDesign.

1. Sharing Information Facilitates Progress

Project delivery is not a linear process, but it’s often presented that way, Espinal says. In reality, many aspects of it are often cyclical, and therefore, the opportunities to share information are rich. “I’m a licensed architect, and while our expertise is crucial to a project, it is limited,” she explains. “Imagine how much better it would be if we had the additional insight of a contractor—early on—to help further educate us on constructability realities and help each other avoid design-to-build pitfalls. Because when we operate in silos, we are simply not equipped to foresee.”

When computer modeling first became part of design, it required such a massive investment of technology, time, education, and content building that firms were reluctant to share information, Espinal says. Now, the technology has evolved to a point where nearly everybody in developed economies can access it. Espinal hopes that best practices for using modeling and visualization software will be established for each industry sector; adopting a common approach could get people at all stages of a project on the same page much quicker.

“Information is power—when it’s shared, not when it’s kept to yourself,” she says. “That’s when we start to evolve and improve upon each other’s knowledge. Being able to free resources up, it’s ultimately going to benefit the actual product, whether it’s a building or a city.”

3. Collaboration Must Begin Within

In the next five years, Espinal says she’d like to see more digital collaboration happening within design, engineering, and construction firms, which will lead to better information sharing with other collaborators. On a strategic level, firms can start by having conversations about what they’re comfortable sharing and what they aren’t, so it’s all very intentional.

 

UC San Diego Health’s Jacobs Medical Center. Courtesy of CannonDesign.

“Knowledge sharing and knowledge capture really need to grow at the micro level and within our own firms, where we should make a more concerted effort toward digitizing our knowledge,” she says. “You need to not just have it all in your head; you need to record it somewhere and make it accessible and shareable. That’s the very first step.”

Because CannonDesign’s portfolio includes major health-care projects—such as UC San Diego Health’s Jacobs Medical Center and the Kaiser Permanente Radiation Oncology Center in Anaheim, CA—the firm has taken the uncommon step of hiring staff medical professionals that are integrated in project design from the get-go. Its practice, therefore, includes early advisory services all the way through post-occupancy engagement and facility-optimization solutions.

4. Visualization Software Is Here to Stay

There are many ways to approach client collaboration. When CannonDesign created the new student center for Toronto’s York University, for example, it engaged 11,000 students in every aspect of the process, working to ensure that inclusivity and wellness were at the forefront of the design. Designers are trained in a vocabulary of drawings. They can present building sections and elevations and convey what they represent to project stakeholders. But immersive visualization platforms—virtual reality, augmented reality, and the like—improve dialogue with clients and project partners, Espinal says.

“With the advent of technologies like virtual reality and augmented reality, we can say, ‘Here, please try on these goggles,’ and you can walk in this space and ask, ‘Does that ceiling feel too low? Does the width of this hallway feel right?’” she explains. “Now, clients can really experience design. It gives them a much louder voice to say, ‘Hey, this works; this doesn’t’—they become a further part of the design process.”

collaborative architecture York University student center Toronto cannondesign

York University’s new student center in Toronto. Courtesy of CannonDesign.

5. Information Sharing Is an Ecological Responsibility

Climate change puts increasing pressure on designers to create sustainable, resilient spaces—reusing materials, reducing waste, and orienting buildings to maximize daylight or other conditions. Because climate change poses threats to the built environment, it may not be ecologically responsible for individual firms to spend time and resources developing their own sustainability solutions when the greater community could benefit from those ideas.

“If you’re committed to being sustainably sensitive, you start to think about glazing versus opaque surfaces or about the orientation of a building, modeling it and testing options,” Espinal says. “After a few times of trying it, it becomes part of the intel.” She says designers have a responsibility to share this insight: “Ultimately, being responsible to the environment is just something we need to do and certainly not an area to be competing about. We have one earth to share and need not keep knowledge gained and best practices to ourselves.”