Construction Blogs

Digital Builder Ep 16: 3 Things We Learned About Getting Started With Digital Twins

The phrase “digital twin” regularly comes up in forward-thinking conversations about construction innovation and technology, making it one of the most buzzed about topics in the industry.

What exactly is a digital twin? Simply put, it’s a digital replica of a built asset. It’s important to note that a digital twin isn’t just a static copy of a building. Ultimately, it provides a bi-directional link between the digital and physical worlds, so that the digital reflects everything that’s happening with regard to a real world asset’s utilization performance.

More than just a buzzword or trend, digital twins can truly transform how we develop and maintain buildings.

On Episode 16 of Digital Builder, Bob Bray, Senior Director & General Manager for Autodesk Tandem and Tim Kelly, Senior Product Manager at Autodesk, joined us to shed light on the ins and outs of digital twins. In this episode, we covered:

What a digital twin is and how it’s createdThe benefits of adopting a digital twin Tips and avoidable challenges when implementing a digital twin Maintaining digital assets and the future of digital twin technology The incubator process at Autodesk

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“Don’t think about digital twins as something that’s so far-fetched that you can’t achieve it today. It’s a tool that you can start small with and ultimately develop over time.” — Tim Kelly

Interested in learning more about Autodesk Tandem? Check it out here

New Episodes Every Two Weeks

Digital Builder is hosted by me, Eric Thomas. Remember, new episodes of Digital Builder go live every two weeks. You can hear more episodes like this one by subscribing to Digital Builder on Apple PodcastsSpotifyStitcherGoogle Podcasts, or wherever you listen to podcasts.

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Getting Started with Digital Twins: 3 Steps to Get It Right

One of the key themes in this episode is simply deciding where to start the process. If a hypothetical owner or contractor wanted to implement a digital twin, what are the initial steps they should take?

According to Bob and Tim, construction professionals should do the following.

1. Understand the high-level benefits of a digital twin

Remember, a digital twin is more than just a replica of a built asset. Rather, it’s a dynamic, real-time version of a building that’s closely linked to the physical asset. Ideally, both the physical and digital assets are maintained properly in order to fully reap the benefits of having a digital twin.

As Bob puts it, “At the end of the day, a digital twin is — if it’s healthy — a living, breathing entity. It’s the current state of your facility and everything about it.”

It takes commitment to create and maintain a digital twin, so in order to obtain buy-in from stakeholders, you need to help them understand the advantages of having one.

An important benefit is that a digital twin collects real-time performance data. It displays this data in a meaningful way to provide insights that can help owners better understand how their assets are doing and if they are meeting the necessary KPIs.

“If you have certain sustainable goals, you’ll be able to see if you’re achieving them. If you have equipment and want to measure mean time between failure, having a digital twin helps you do that,” explains Bob.

The bottom line, he says, is that “A digital twin gives you the knowledge to inform, predict, and look at future decisions based on how that asset is performing in the real world.”

Another important value proposition is the time and cost savings that owners can realize through the use of digital twins.

Rather than doing expensive site surveys, says Bob, owners can rely on digital twins to give them the data they need without having to physically be in the building.

A digital twin can also streamline building maintenance, as it keeps all the necessary information under a single pane of glass. In many traditional buildings, data is fed into disjointed systems that make it difficult to surface meaningful insights. A digital twin, in contrast, provides a holistic platform on which data can be accessed and used.

2. Start small and develop your digital twin process over time

Once you get the green light to get started with digital twins, it can be tempting to try to do as much as you can right from the get-go.

However, your efforts will be much more successful if you start pragmatically. The key isn’t to revamp all your assets and collect tremendous amounts of data. It’s far better to be intentional with what you build and collect. Prioritize the assets that you absolutely need to manage first and go from there.

“One of the challenges that people face is they want to collect absolutely everything about everything,” says Tim. “But if you’re intentional about what you want collected and what data you want to leverage — and you can think about how that gets organized — then you’re in a much better spot.”

If you aren’t sure where to start, Tim recommends looking at industry standards and using them as guidance. “Ultimately, you can whittle that down and narrow that information over time and put it into practical application.”

It’s also important to have a discussion with your team on what assets are required, says Bob.

“An essential action step is getting together with your facility management team and understanding — from an FM perspective — the assets you need to manage in that facility going forward,” he says.

Bob recommends asking questions like:

What are the spaces in that facility that I need to utilize and manage effectively?How do the systems that connect those assets actually work?What data do I need for each of these pieces?

Once you have that conversation, get the necessary components in the contract and have the team deliver everything in a digital format, rather than an analog set of papers.

“If we can get this data in our hands at project turnover, then I think that’s where the industry changes and the opportunity that owners have to really kick start this process and put it into high gear,” Bob adds.

3. Assign a point person to maintain digital twins

The success of your digital twin doesn’t just lie in its creation; you need to maintain it as well.

As Tim points out, “If you’re not using the information [from the digital twin], and you’re not engaging with it, then you’re ultimately going to have stagnant data.”

He adds, “You need to be actively engaging and using the digital twin to maintain and operate the facility.”

Maintaining your built and digital assets takes commitment and ongoing effort. Buildings and facilities change over time. Components are swapped out, renovations take place, and assets need to be updated to stay current.

Amidst all this, it’ll be extremely helpful to assign a point person to look after the digital twin and ensure that it evolves along with its physical counterpart.

“Certainly, if you’re looking at adapting a digital twin, you need a point person or a team member involved,” remarks Tim.

“It could ultimately be part of the capital projects team or maybe even part of the facilities maintenance team, but I would say you need to appoint someone to look after that and be the liaison for other contributors and consumers over time.”

Depending on the situation, it may also make sense for contractors to take on the responsibility.

“There’s a clear opportunity for AEC firms and for contractors to become a better partner and help manage that digital data on behalf of that owner,” says Bob.

“Many times, owners don’t have the detailed experience in this, and contractors do. That’s one value that they can bring to the owner. It tightens up the partnership between the contractor and it facilitates better communication between the two. It’s also a much longer opportunity to work together and delivers more value to the owner over time.”

Listen to the Full Episode of Digital Builder

During our conversation Bob and Tim shared so much more about digital twins and how AEC pros and owners can be more successful when using them. Catch the full conversation by checking out Episode 16 of Digital Builder on the following platforms:

Apple PodcastsSpotifyStitcherGoogle PodcastsOr wherever you listen to podcasts

The post Digital Builder Ep 16: 3 Things We Learned About Getting Started With Digital Twins appeared first on Digital Builder.

Did you miss our previous article…
https://www.dennis-construction.com/?p=947

Construction Services

How to Manage Project Risk with Construction Data Analytics 

The phrase ‘construction data analytics’ may be enough to make your eyes glaze over. But every day on construction sites, teams are coordinating hundreds of subcontractors, managing thousands of open issues, and navigating constant onsite changes. As construction projects continue to grow in complexity, teams need the right insights to minimize risk and improve quality and safety initiatives.  

Furthermore, the digitization of construction processes and the use of mobile devices on jobsites means more data is being captured than ever before. But 95% of that data is going unused by construction and engineering firms, according to FMI.  

Data analytics are no longer a nice to have – they are essential to providing the right insights to improve quality and reduce risk. When teams are equipped with the right information and data, they can improve decision making and project outcomes. It’s the reason we built powerful data analytics capabilities into our Insight product for both Autodesk Construction Cloud unified platform and BIM 360.  

Let’s explore four capabilities within Insight that empowers teams to leverage insights to minimize risks.  

1. Dashboards

Within Insight, anyone on the project can view a summary of critical and actionable information through preset and customizable dashboards. These dashboards can be easily configured by adding or removing cards from the Card Library including third party partner cards, as well as dragging and dropping cards to customize views. Additionally, users can share any custom dashboards with other team members based on role, company, or specific users.  

Dashboards are created on both a project and cross project level. From within a project, you can see present dashboards for Quality, Safety, Project Controls, Design, and Risk (if your project leverages Construction IQ).  

From the Executive Overview view within Insight, executives can view cross project dashboards to make more informed business decisions and gain visibility into overall risk assessment. Through these dashboards, executives can view risk levels of individual projects by location as well as drill down to see patterns of risk over time. By analyzing patterns, executives can optimize processes across similar projects.   

These dashboards allow you to easily visualize project progress and determine which areas of the project may need the most attention.  

“The ability to identify risks across projects enables us to prioritize opportunities for improvement and reduce risk to future projects.” – Anthony Colonna, Senior Vice President, Skanska

Build - Customize Dashboard Mockup

2. Reports

Reporting is a necessary but often time-consuming project activity. Within Insight, we aim to make reporting easier. By having a centralized place to create, schedule, and share reports, teams save a lot of time and always know where to find the most current information.  

Within the Reports tool you will find a series of reporting options including Issue, RFI, and Submittal summary and detail reports. Reports are easily customizable and can be grouped by or filtered to fit your specific needs. Finally, these reports can be scheduled on a reoccurring basis and shared with other team members based on user, company, or role.    

“The reporting and dashboarding features in Construction IQ provide clear and concise feedback on the various project critical data streams. This information enables our project management teams to make the right decisions more rapidly and effectively,” says Michael Murphy, Digital Construction Operations Manager at BAM Ireland. “With these features, we’re having less reactive conversations with more emphasis on KPIs that can drive continual improvement. The simple visualization of the challenge or the issue alone helps us bring that focus.” 

Build - Reports Mockup

3. Data Connector

Through a single click, Data Connector allows teams to quickly extract project data from both the Autodesk Construction Cloud platform or BIM 360 for customized use in other robust business intelligence tools. You can also easily schedule extractions and sync them directly to Power BI through the Power BI Connector. And to make this a full circle connection, you can even use the Power BI partner card to then view those Power BI dashboards directly within an Insight dashboard and share it with the rest of the project team.  

We also created easy to set up Power BI templates so that you can quickly start leveraging your data and customizing dashboards to see exactly what you want.  

The Data Connector saves teams time and money by giving them a tool to extract data without needing expensive APIs or custom coding in addition to improving data visualizations to inform better business decisions. 

BIM 360 - RFI Dashboard Mockup

4. Construction IQ

Construction IQ is a machine learning based capability that delivers risk analysis of quality, safety, design, and project controls data from both Autodesk Construction Cloud platform and BIM 360 projects. Construction IQ moves beyond the traditional concept of static data and takes prediction to the next level with assistive, action-based intelligence. The capability allows users to: 

Better manage project risk and outcomes by identifying high risk issues that have the potential to impact cost, schedule, quality, and safety Evaluate subcontractor performance and predict potential risks on a day-to-day basis and for future projects Help project leaders understand high risk quality problems and actions to mitigate that risk Help design teams identify issues that are at higher risk to turn into costly RFIs downstream during construction Give project leaders visibility into RFI risk to prioritize and manage RFIs that could add significant cost and schedule impacts Help safety managers understand leading indicators to potential behavioral and environmental hazards and take proactive measure before incidents happen Help construction executives identify risks across projects and proactively improve project outcomes 

Most importantly, you do not have to do any extra work to get the benefit of Construction IQ. All data captured during construction is continuously and automatically analyzed. 

Monitor - Risk construction iq

Power Project Success with Better Construction Data Analytics 

Get more out of your project data with Insight for the Autodesk Construction Cloud platform and BIM 360. Learn more here

The post How to Manage Project Risk with Construction Data Analytics  appeared first on Digital Builder.

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Construction Management

7 Advancements in MEP Tech that Make Life Easier on Contractors

Mechanical, electrical, and plumbing (MEP) systems are essential to commercial and residential buildings. In turn, MEP contractors are critical to modern infrastructure projects. These construction professionals work with arguably the most complex and technical aspects of the building process, which require expertise, careful planning, and strict execution.

Understandably, this complex role comes with unique challenges. MEP contractors work with a range of stakeholders and must skillfully communicate to builders how they’ll tackle project complexities while sticking to the timeline and budget. In recent years, MEP contractors have relied more heavily on emerging and established technologies to streamline workflows, increase collaboration, and improve outcomes. The most popular technologies are easy to deploy and deliver the greatest ROI. We’ve captured our favorite innovations to help address a range of potential obstacles including accessibility, productivity, and resource planning below.

Fabrication Software

Fabrication software is incredibly helpful in providing real-time insights for better decision making—from the shop to the field. It aids in spooling a model into its component parts for fabrication, tracking shop processes for assembly, and field processes for installation. The best software is flexible enough to handle a variety of different jobs without sacrificing the precision required to get the job done right.

With the construction industry continuing to set the bar higher on fabricators, the solutions are getting better too. It’s worth mentioning — just because a solution is more “advanced” doesn’t mean it’s more “difficult to use.” Below are three areas of fabrication software, with examples, to help paint a better picture of where this technology is going.

1. Automated Cutting Tools

MEP firms leverage fabrication software to win more profitable work by automating routine and time-intensive tasks. One company doing this well is Allied BIM. The innovation of their fabrication technology lies in its delivery of autonomous cutting stations. Automated cutting tools are designed to help fabricators synchronize cut lists to remote shop locations from their BIM 360 model packages. These tools help automate the positioning of cuts directly on the fabrication machines — helping to generate designs, eliminate messy cut lines, automate assembly and spooling processes, and reduce overall fabrication time.

Beyond automated cutting tools, Allied BIM’s Fabrication Suite offers powerful solutions to enhance the fabrication process by uniting teams across design, fabrication, and field deployment with a huge focus on enabling better prefabrication, tracking, and real-time communication with field employees.

2. Productivity Tracking Tools

One of the key challenges in construction productivity is that critical information often lives in silos. In other words, the information is often there but inaccessible to stakeholders who may not be aware of its existence. Productivity tracking software aims to resolve that.MSUITE, for example, allows an organization to provide transparency in progress while flagging any roadblocks that may be holding up a project. Through connecting BIM, fabrication and field teams, users are able to reduce costs, increase productivity, efficiency and safety.

With tools like MSUITE, MEP contractors can track, manage, and collaborate on improving efficiencies throughout each stage of a project life cycle. They allow management of spooling, fabrication, and even installation of premade items. This software makes it easier to monitor and track productivity with deep insights or at-a-glance reports.

3. Supply Chain Tools

MEP contractors benefit from having a more accurate picture of their resource needs. Once the design phase of a building is complete, supply chain and resource planning tools come into play. This is especially important for MEP contractors who often operate on tight budgets with resource-heavy commitments.

Software like Stratus, for example, allows contractors to more effectively meet and manage their supply chain needs. While offering a full suite of solutions for the entire BIM 360 process, we want to call out their Packages feature since we’re talking about supply chain tools.

In most cases, it’s unrealistic to put a barcode on every pipe and part, then scan every barcode at every phase in the shop. This is where Stratus’ innovative technology excels. Their software allows you to organize parts by Package in the model. By scanning a single part in the shop, all packaged parts are updated. This gives you insight into where they’re at, so you can more accurately determine when they’ll get to where they need to be.

Tools like this make it easier to measure and communicate project progress. Whether needing a high-level look or granular procurement numbers, supply chain tools provide detailed insights that can save a ton of time and money.

4. Project Management Software

Project management software is similar to productivity tracking software in that it allows detailed tracking, documentation, and reporting. However, project management tools diverge in that they focus on project progress, rather than progress along a sub process, like fabrication or installation. With these tools, you can monitor and track every stage of a project’s life cycle from simple task management to completions, dependencies, and roadblocks in a unified and holistic context.

Project management software like Autodesk Construction Cloud can help MEP contractors coordinate between the office and the field while centralizing data and documentation. Additionally, leadership can get a clear picture into progress with visuals of timeline goals and completions.

The connected platform acts as the single source of truth for design and build decisions by housing all data in a common data environment (CDE). Autodesk Construction Cloud also has a robust ecosystem of integration partners, enabling the platform to serve as the foundation for a connected technology stack. This enables MEP contractors to seamlessly leverage comprehensive construction management software in tandem with a more trade-specific tool. For instance, Autodesk Construction Cloud can also be integrated with trade-specific project management software such as eSUB. The software is designed to help subcontractors standardize their project management process. By leveraging preconfigured forms on the jobsite for MEP work, subcontractors can work more efficiently and reduce costs, errors, and time spent redundantly tracking down progress of tasks.

5. Construction Layout Software

Next up in MEP innovations, we have construction layout software. Specifically, the software helps contractors plot out an easy-to-follow plan by knowing what goes where on any site. No guesswork. This also mitigates a very real concern of collision tracking. It provides building-critical insights for every step of the project and allows complete transparency into the complex workings of MEP.

One noteworthy construction layout tool is Leica iCON, of the famous Leica cameras. It  allows contractors to verify MEP parts that have been installed in the building. Through integration with Autodesk, MEP contractors can ensure crews are working with the most up-to-date design and that their teams have accurate field data. Being able to cross every ‘t’ in a highly complex build is essential. As Leica iCON notes, “fast, accurate verification in building construction is a significant concern for our customers.” Being able to share accurate design and field data seamlessly helps to streamline critical MEP workflows.

6. Augmented Reality Technology

Augmented reality (AR) “superimposes digital information in a user’s view of the real world, allowing you to see real and digital worlds together.” It’s an exciting time for construction. For MEP contractors, this might look like holding up a tablet and seeing piping plans overlay your view from the camera. It’s hard to think of a better way to step into the future and visualize the different stages of a project. Ease of use is a priority and these innovations have a pretty good head start. They’ve been made possible using the same technology being used in video game development, filmmaking, automotive design, and architecture.

VisualLive is one of the AR technologies bringing the future to MEP contractors. Its HoloLive
™
product works with Microsoft’s HoloLens and headsets to overlay 3D CAD files on jobsites. Through the mixed reality technology, contractors can see their plans right on-site, in real time. All a contractor has to do is adapt their hard hat and put on some glasses to see their MEP plans in “real life”.

The benefits of AR technology like VisualLive, for MEP contractors, includes everything from increased safety and cost reduction to acceleration of strategic decision-making. The hands-free sets provide a safe way to communicate on-site with stakeholders to discuss progress, resource needs, and site risks.

7. Bid Management Software

Today, managing and submitting bids is about more than volume and speed. You don’t want another contractor swooping in because you’re lost in your own numbers. MEP contractors need to be able to assess cost and risk as well as ensure accuracy. Bid management software can help contractors increase the success rate of bids by allowing for quick adjustments.

Powerful preconstruction tools, like BuildingConnected, help owners and builders more quickly assess cost and risk before embarking on a project. MEP contractors can track and maintain current projects while gathering insights into their overall bidding performance to achieve better overall outcomes.

The Value of These Innovations Extend to the Construction Industry at Large

For MEP contractors, these technologies not only bring value, but help firms tap into innovations that save time and money on projects. These innovations also drive the potential for profits in the long term by increasing accessibility to complex processes, enhancing the visibility of data, and allowing for efficient scaling of their businesses.

Learn how Autodesk Construction Cloud integrates with these products and others in our ecosystem on our website.

The post 7 Advancements in MEP Tech that Make Life Easier on Contractors appeared first on Digital Builder.

Construction Services

3 Avoidable Headaches for Construction Project Managers [Webinar]

Relieve these common GC headaches by getting project teams on the same page.

Being a general contractor (GC) isn’t easy. Your construction project management skills are constantly put to the test. You’re at the center of a network of stakeholders who rely on your coordination alongside thousands—or even millions—of dollars to build the structures and infrastructure that help everyone else live their lives. And you have to do all that within a contracted amount of time with razor-thin profit margins. 

With a role this demanding that evolves in complexity every year, it’s no wonder that processes that have worked well in the past are now routine headaches that every GC in the industry runs into. Some of the top problems GCs face are three documentation processes that, while important for communication and liability, take time away from actually building. 

 

1. Creating the submittal log 

The submittal log, in short, is a list of all documents that the contractor is required to provide to the design team to ensure that the project is following the spec book. Historically, the process has been to have a project engineer (PE), typically the newest builder, flip through the laid-out specs page-by-page and copy each submittal requirement into a spreadsheet. The project team can then track that submittal log throughout the rest of the project. This not only takes days or weeks for the PE to complete, but human error often results in oversights of important submittals that aren’t included in the log. When PE’s fail to record necessary requirements, they’re unlikely to do them. This puts GC’s in breach of contract, which can lead to costly rework, lawsuits, late delivery, or all three.


The modernized process that the industry is adopting is to use automated software like Pype AutoSpecs for initial submittal log drafting to save time, standardize processes, and mitigate risk. AutoSpecs scans spec books using a patented algorithm designed to identify all submittal requirements, QA/QC requirements, closeout requirements, mock-ups, product data, and a lot more. Project teams can quickly compare previous versions of the specs to the most recently issued version and review all changes, clearly identifying extraneous and redundant requirements. Top GCs are even using AutoSpecs’ built-in filters to review the log and assign custom sections of it to their trades. 

Want to learn more about how AutoSpecs’ automation can save you time, standardize your processes, and mitigate risk across your projects? Join our webinar on November 16th to see it in action.

Register NOW

 

2. Maintaining a single source of truth 

In an industry as iterative and paper-trail-y as construction, there is inevitably going to be a lot of contractually-obligated paperwork needing to be tracked. Between RFIs, contract documents, progress reports, as-builts, specs, plans, and hundreds more document types that can each contain hundreds of pages, it’s a lot for any project team to keep track of. And when contract compliance relies on following only the most recent documents like plans, specs, change orders, addendums, etc., making sure everyone is on the same page—literally and figuratively—can be the difference between a payday and bankruptcy for a GC. 

Making sure everyone is on the same page—literally and figuratively—can be the difference between a payday and bankruptcy for a GC. 

Most project management software solves for this to some degree, but only Autodesk Build allows access to these documents throughout the entire project lifecycle. Data created in design phase programs such as Navisworks and Revit is stored in the same common data environment (CDE) that the rest of Autodesk Construction Cloud uses, meaning that Build—and any other ACC software—can access this data at any time without having to push it back and forth between different modules.  

All project data is stored in this CDE so that GC teams using Build always have access to the latest, most up-to-date documents to work with. This allows them to do their jobs without having to worry about a new version being published that they weren’t aware of. Autodesk Build maintains the single source of truth for GC teams, regardless of where the project is in the lifecycle. Watch the recorded webinar here.

Watch NOW

 

 

3. The turnover package 

It’s a frustrating truth that even if the first 95% of a project goes perfectly, a fumbled turnover experience can leave enough of a bad taste in a client’s mouth that they’ll look elsewhere for a GC on their next project. Why is project turnover messy? Many GCs shift project teams to new projects out of necessity as their current project enters the closeout phase. That leaves the initial project with fewer people that need to shoulder extra responsibility in order to meet their closeout deadline. As a result, the tedious process of contacting subcontractors to request closeout documents and then getting them reviewed often falls to the wayside to make time for more immediate tasks on the new project. That is, until the turnover package becomes an immediate task itself.  

Successful GCs use software like Pype Closeout to automate their closeout document collection process.

Successful GCs use software like Pype Closeout to automate their closeout document collection process. As soon as they have IFC specs, teams can start early by letting Pype Closeout automatically extract closeout requirements from those specs. As the project progresses, Closeout sends customized emails to trade partners as their scope of work gets completed in order to collect documents over time toward substantial completion.  

Not only does Closeout take over a time-consuming task when there’s a myriad of other tasks for project teams to complete, but the end result for the operations team is a manual that can be stored in the cloud—and thus much harder to misplace. To everyone’s benefit, the cloud-based turnover package includes an internally linked table of contents that can be used to instantly jump directly to the documents needed in the moment. This leaves a much better impression on the client, and because GC teams could devote that time to other closeout tasks—like the punch list—they provide a better deliverable overall. Watch the recorded webinar here.

Watch NOW

 

Work smarter, not harder 

General contractors are responsible for the smooth construction of contracted projects, which means any mistakes, delays, or cost overruns can easily land at their feet and threaten their cash flow. The processes to take on those challenges are constantly evolving as the industry evolves. Forward-thinking GCs are already adopting the technologies they need to stay competitive and not continually fall into these traps. With software like AutoSpecs, Autodesk Build, and Pype Closeout, GCs can give themselves that much more of an edge in an increasingly competitive market.

If you’d like a demo of Pype, please contact us. We’d love to show you how it improves the way you work.

The post 3 Avoidable Headaches for Construction Project Managers [Webinar] appeared first on Digital Builder.

Construction Management

7 Construction Industry Truths Made Clear at Autodesk University

Top takeaways from AU 2021

Every year, Autodesk University (AU) brings industry knowledge to light, leaving construction professionals from across the globe with a wealth of actionable insights. Across our 80+ construction sessions led by a powerhouse of industry leaders and experts, AU2021 revealed some undeniable truths about the future of the industry—and the trends impacting the economics of your business most. All recorded sessions are now available for viewing on the Autodesk University website.

Let’s take a look at the top takeaways from this year’s Autodesk University.

Jump to industry learning:

Great decisions require access to great dataTight collaboration during preconstruction equals better outcomesModern construction cost management relies on connected workflowsEducating and enabling project teams is critical to technology adoptionDiversity is one of construction’s biggest opportunitiesSustainable construction can make good business senseA change management strategy likely matters more than you think

 

1. Great decisions require access to great data

According to a recent global report made in partnership between Autodesk and FMI, decision-making based on “bad” data may have impacted upwards of $1.85 trillion in global construction industry costs in 2020. That includes $88.69 billion in rework alone. For a contractor doing $1 billion a year in revenue, this equates to over $7 million in avoidable rework. The report also revealed that data has doubled in the last three years, yet only about half of the survey respondents admitted to having a formal data strategy in place.

The “why” behind having good data is clear—making good decisions to empower better project outcomes and profitability. An excellent example of “how” to leverage good data is covered in the session, Data in the AEC Lifecycle: Using Data to Better Connect AECO Stakeholders


Image from AU session presentation for “Data in the AEC Lifecycle: Using Data to Better Connect AECO Stakeholders”

This Autodesk University session emphasizes the benefits of correctly using the enormous amount of data available to decision-makers and how to do so with a unified platform. Lauren Collier, Business Leader Project Technology & VDC for SSOE Group, leads this discussion by sharing how her firm is leveraging data in the real world. Sunny Manku, Technical Solutions Executive for Autodesk supports with deeper insight from the technical side. These two leaders in construction technology and digital transformation have over 30 years combined in the construction industry, and share a wealth of knowledge

Key learnings from related AU session

How collecting and using data through the lifecycle of a project can help teams stay on schedule and maintain costsThe potential value in analyzing data and how you can use it to drive better decision-makingThe additional infrastructure needs or talent required to be successful in life-cycle data collection & analysisThe importance of aggregating data across a connected cloud environment

“If you want to get started today, you can start running insight reports, PDF reports, scheduled exports, for your clients to start consuming that data in a really practical way.” —Lauren Collier, Business Leader Project Technology & VDC, SSOE Group

Watch the full video >

 

2. Tight collaboration during preconstruction equals better outcomes

For best results on any project, you should have your approach well-sorted before a shovel ever hits the ground. Collaborating early is the best way to avoid costly issues later. Forgive the crassness, but the old adage “proper planning prevents piss poor performance” couldn’t be more true.

Issues in BIM Collaborate
Image from AU session presentation for “BIM Collaborate: Bringing a Distributed Team Together”

In the AU session BIM Collaborate: Bringing the Distributed Team Together, technology leaders Matthew Anderle, Director of Digital Practice and Technology for AECOM, and Katherine Crowley, Project Coordinator for AECOM, walk through a sample project that reveals all the opportunities for collaboration that AECOM leans on to ensure successful project outcomes. They talk through common project workflows and discuss the best approach for migrating your next project to the cloud. They also discuss the differences between BIM Collaborate and BIM Collaborate PRO, its permission-enriched capabilities, and how to manage design collaboration across a distributed team.

Key learnings from related AU session

Insights into the enhanced capabilities of BIM Collaborate / BIM Collaborate ProHow to’s for leveraging permissions for document control and securityUnderstanding design collaboration workflows across a distributed teamBackground into integrated methodologies for tracking changes and model coordination review

“We were early adopters of [sic] BIM Collaborate, which has proven to be instrumental in managing project documentation throughout the project lifecycle. Of particular note is the role [it] played in our move to remote working in response to the pandemic.” —Katherine Crowley, Project Coordinator, AECOM

Watch the full video >

 

3. Modern construction cost management relies on connected workflows 

When it comes to managing cost activities and subsequent schedule impact, how you connect your financial data to the people who need it should be top priority. That’s why a resilient integration ecosystem is so important for whatever construction platform you’re using.

ERP Integrations with Autodesk Build
Image from AU session presentation for “ERP Integrations for Autodesk Construction Cloud”

In the session, ERP Integrations for Autodesk Construction Cloud speakers from Autodesk and hh2 Cloud Services come together to speak about integrations between Autodesk Construction Cloud (ACC) software and construction accounting applications. They share which ERPs integrate with Autodesk cost and how to make best use of those integrations.

Key learnings from related AU session

Autodesk Construction Cloud’s cost management capabilities and workflowsHow hh2’s integration between Sage CRE 300 and Autodesk Build worksHow to integrate Quickbooks Online with Autodesk Build using ACC ConnectWorkflow guidance on flexible budget structures, contract generation for commitments, collaborative change order workflows, and cash flow forecasting

“Cost management plays a significant role in managing how revenue and costs are accrued on your projects.” —Josh Cheney, Sr. Manager of Strategic Alliances, Autodesk

Watch the full video

 

4. Educating and enabling project teams is critical to technology adoption

Implementation of any new solution can be challenging, especially when you are changing the way people have been working for decades. Many see construction as an old-fashioned industry, but the fact that there is so much space for change is what makes it really exciting. Implementing and teaching these skills can be vital to a project’s success.

Implementing Autodesk Construction Cloud
Digital transformation flow image from AU session presentation session for “Implementing Autodesk Construction Cloud Across a £1.8billion Business”

In the industry talk, Implementing Autodesk Construction Cloud Across a £1.8billion BusinessIvana Tudja, BIM and Digital Construction Lead at Mace Group discusses how to introduce and implement Construction Cloud software from Autodesk across your business while inspiring your team to use it. 

Key learnings from related AU session

Learn how to develop a strategy for implementing Construction Cloud in your companyIdentify uses for different BIM 360 modules and the Assemble platformExplain how to use the product to improve coordination and drive efficiencies on-siteLearn about training requirements and how to deliver the right training for your users

“You can get everything else right, [but] unless your end users know how to use software, you won’t be able to move forward.” —Ivana Tudja, BIM & Digital construction Lead, Mace Group

Watch the full video

 

5. Diversity is one of construction’s biggest opportunities 

Creating a diverse and inclusive environment is something that every company should strive for. In your journey to doing so, you’ll enable new ways of solving old problems, unlock high-value mentorships, retain your best and brightest, ease impact of talent shortages, learn to balance inequities, and encourage unlikely groups to collaborate with impressive results. 

Diversity & Inclusion panel speakers
Panelists: Bruce Orr (top left), Neetha Puthran (top right), Clifton Cole (bottom left), Anton Dybuncio (bottom right)

In the panel Transformational Change Through Diversity and Inclusionindustry leading experts in technology, design and construction share their stories and insights on how diversity and inclusion will drive transformational change for the industry. You’ll walk away with a renewed appreciation for the fact that it’s the variety of expert experience that serves as a pillar to your success. Panelists dive into why diversity, equity and inclusion initiatives are important for your business, how diversity and inclusion drives innovative results, and how leadership can play a direct role in cultivating a culture your organization can be proud of.

Key learnings from related AU session

Discover how to build an inclusive workplaceLearn how to implement strategies to develop a road map for DE&I excellenceLearn how to create opportunities for diversity in leadership rolesDiscover how DE&I can bring transformational change to our industry

“Be supportive, because that will motivate the champions and the people in the organization to keep pushing this through, because it benefits everyone.” —Anton Dybuncio, Co-Founder & COO, VIATechnik

Watch the full video >

 

6. Sustainable construction can make good business sense

The subject of sustainable construction is an ongoing conversation that every AECO stakeholder should be mindful of. Sustainable construction not only affects costs, waste and carbon emissions, but empowers innovators to shape today’s communities and future generations.

Sustainable construction, Autodesk University
Image from AU session presentation for “Using Technology and Software to Create More-Sustainable Designs”

One industry session of note is Using Technology and Software to Create More-Sustainable Designs. May Winfield, Global Director of Commercial, Legal, and Digital Risks at Buro Happold discusses how implementing processes, documentation, and software can help support more sustainable and environmentally friendly design. She shares lessons Buro Happold has learned regarding how to effectively use technology to achieve these aims.

Key learnings from related AU session

Discover the contract terms or documentation that will support and require more-sustainable design, processes, and practicesLearn about implementing technology and improved processes that produce more-sustainable design, processes, and practicesLearn how to implement internal processes and documentation to improve sustainability in working practicesAssess how your organization can successfully implement a more sustainability-focused ethos and design processes

“It’s not just moral aspects that make this important. It also makes business sense. … When [McKinsey] ‘asked 100 senior executives what trends expected to accelerate due to COVID, 53% cited sustainability.’” —May Winfield, Global Director of Commercial, Legal, and Digital Risks, Buro Happold

Watch the full video >

 

7. A change management strategy likely matters more than you think

In an enlightening industry talk, Successful Digital Transformation Through a Product Management Organization (PdMO)technology experts Dace Campbell and Anna Lee, both from McKinstry, share how PdMO, as a strategic organization, helps to drive digital transformation. 

PdMO, Digital Transformation
Image from AU session presentation for “Successful Digital Transformation Through a Product Management Organization”

You’ll learn how to ensure alignment between the technical road map and business needs while being able to effectively measure the impact of deployed technology. Overall, the PdMO’s framework for innovation to implement new technology on live projects supports digital transformation with minimal business disruption.

Key learnings from related AU session

Discover how PdMO enables more agility and adaptability to meet the needs of an evolving market and converging industriesLearn how to develop and implement product road maps to prioritize and manage a portfolio of cross-enterprise initiativesDiscover best practices for change management to ensure you meet the needs of the business without distracting themLearn about how an industry-agnostic approach enables application of best practices and lessons learned across industries

“Technologists risk pushing emerging [construction] technology into business operations without addressing real world needs, causing an organization to chase shiny pennies that seem attractive at first, but lack buy-in or staying power as a valid long-term solution.” —Dace Campbell, Director of Product Management in Construction, McKinstry

Watch the full video >

 

Ready for more expert-led education from Autodesk University?

You can check out all the best sessions from Autodesk University 2021 on our website. We’ve only scratched the surface here, but with on-demand sessions and a treasure trove of expert-led education, rest assured you won’t be waiting for progress. You’ll make it.

Explore all of this year’s sessions on the Autodesk University website.

The post 7 Construction Industry Truths Made Clear at Autodesk University appeared first on Digital Builder.

Construction Services

Leverage Machine Learning to Reduce Risk with Construction IQ

Machine learning has been making waves in the construction industry. But what does that really mean and how are teams using this seemingly futuristic technology today?  

Let’s start by unpacking the concept of machine learning, a subset of artificial intelligence. Machine learning uses algorithms that allow computers to learn from data without being explicitly programmed to solve a specific problem. Without knowing it, you probably already leverage the benefits of machine learning in your daily life. For example, consider the filters on your email that tag incoming messages as ‘spam.’ This is a perfect example where machine learning identifies certain keywords or senders and automatically knows if an email is likely to be spam. And as more people flag certain emails as spam, the algorithm becomes smarter. Over time more spam is being accurately tagged, benefiting inboxes everywhere.  

So how does that work in construction?  

There are a lot of great use cases for how machine learning can improve our industry. For example, companies like Smartvid use image recognition to scan jobsite photos and flag safety concerns. Pype uses SmartPlans to scan through drawings to identify submittals or potential submittals and organizes them. Even TradeTapp ingests data to compare subcontractor risk levels and proactively mitigate against project risk.

All of these products are leveraging machine learning to help simplify and automate construction workflows. And one of the industry’s most powerful machine learning based capabilities is through Autodesk’s Construction IQ.  

At Autodesk, our focus is applying machine learning to deliver better products and user experiences for our customers to make their work lives better. Construction IQ for the Autodesk Construction Cloud platform and BIM 360 does just that. With built-in machine learning technology, it helps teams to predict, prevent, and manage risk by giving them instant visibility into daily priorities, a snapshot of individual project health, and insight into company-wide performance across projects.  

We spoke with Michael Murphy, Digital Construction Operations Manager at BAM Ireland, to understand how Construction IQ is helping to drive safer, higher-quality projects for its teams with less risk.Here are some great examples of how Construction IQ can specifically help teams across various workflows: 

Driving Better Safety Oversight 

One of the most important goals on a jobsite is to ensure everyone goes home safely at the end of each day. Safety management is by no means a new concept. But with Construction IQ, teams can spend more time looking into leading indicators that can predict and reduce safety issues rather than responding to lagging incidents. 

For example, 60% of all construction related deaths are attributed to accidents occurring within one of the “fatal four” categories; fall, caught in between, electric, and struck by. Construction IQ uses its machine learning technology to categorize jobsite issues that fall into these categories so that teams can quickly see, prioritize, and address the most pressing issues. 

“Construction IQ gives us laser sharp focus in terms of the health and safety issues onsite, enabling our teams to focus and track leading safety indicators, whilst working with our supply chain partners more effectively,” says Murphy. “By visualising safety issues such as high-risk subcontractors or high-risk safety items, we can address issues right away, resulting in a heightened level of safety on-site.”

construction iq risk 2

Improving Project Quality 

Keeping track and maintaining project quality is another critical part of a successful project. But it’s challenging for teams to understanding where to focus attention to address these issues. 

Through the Quality Risk Factor card in both the Autodesk Construction Cloud platform and BIM 360, you can easily see a list of high risk subcontractors and issues predicted by Construction IQ. These could have been tagged if there was some indication of rework, inspection risk, or water related risk as water infiltration can be a primary cause of high-risk quality issues as construction progresses.

“Construction IQ surfaces all of the leading quality-related trends that support our teams in focusing on helping our partners succeed in their execution,” says Murphy. “By flagging an issue that poses high risk earlier in the process, we can eliminate any issues before it significantly impacts the quality of the project.”

construction iq risk 3

Reducing Design Risk 

Through internal research, we found out that over 70% of RFIs stem from design or documentation issues. Diving a bit deeper, unsuccessful projects (classified by profit margins) tend to have 50% more RFIs, with a root cause in Design & Engineering or documentation issues, than successful projects. It is critical to resolve these design issues as early as possible, so they don’t become higher cost impact RFIs later during construction.  

With the Design Risk Factor card, you can see design specific risk such as code compliance issues, issues to critical building components, and errors and omissions in design and documentation.  

“The Design Risk Factor card provides insight into design issue trending, which enables our design teams to concentrate on areas of the design that are on our critical path,” says Murphy. “By identifying design issues earlier in the process, we can avoid any necessary cost overruns or schedule delays.”

construction iq risk 4

Enhancing Project Controls with RFI Management 

Teams often struggle in prioritizing which RFIs to focus on. This can frequently lead to additional rework, schedule delays, and cost overruns. Furthermore, design and construction information are often disconnected, increasing the total number of RFIs in general.  

Our data experts found that projects that prioritized closing more critical RFIs faster were more successful. So how can teams better prioritize and manage RFIs?  

The Construction IQ driven RFI Risk Factor card breaks down RFIs based on those tagged as higher risk, any MEP or Structural RFIs, RFIs that have a root cause in design coordination, documentation errors, or code compliance since these tend to drive the most cost or schedule related impact.  

“Construction IQ provides critical insight into the status and progress of RFI’s on which to prioritise by level of risk,” says Murphy. “This reduces the level of effort normally required by us to manage this process on a daily basis, allowing us to focus on other critical areas of the project.”

construction iq risk 5

Leverage the Power of Machine Learning for Your Projects Today 

Harness the power of Construction IQ’s built-in machine learning and AI functionality to predict, prevent and manage risks to cost, schedule, quality, and safety. Learn more here

We recently spoke to two industry experts on the future of AI and machine learning in construction on our Digital Builder podcast. Listen to the full episode here.  

The post Leverage Machine Learning to Reduce Risk with Construction IQ appeared first on Digital Builder.

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Construction Management

Behind the Build: Interview with Jeff Thomas III, Design/Workflow Technology Lead, AO

“The AO team believes in the mantra ‘better together.’ It’s more than just architecture for us.”

The construction industry is known for its capacity to build, and its very foundation is built on relationships. Industry leaders continuously maximize the value of long-lasting relationships, particularly in partnerships, to improve business outcomes, secure more projects, and foster greater collaboration. 

Jeff Thomas III, Design/Workflow Technology Lead with leading architecture and design firm AO, understands how vital relationships are to advancing innovation and productivity in construction. We recently spoke to Jeff about his career in design and workflow technology, the evolution of the industry, how to handle relational challenges, and more. We encourage you to learn from his approach by reading his story below. 

Tell us a little bit about AO and what you specialize in.

AO is a full service architectural, master planning and design firm specializing in retail, residential and mixed-use projects. We’re based in Orange, California, with additional locations in Atlanta, Solana Beach, and Sunnyvale. We have expertise in interiors, multi-family, retail, hospitality, restaurant, mixed-use, office, and industrial parking. 

In addition to architecture, the AO team believes in the mantra “better together.” It’s more than just architecture for us. AO believes in the power of relationships. Everything we do is motivated by what it takes to be effective and successful for our clients. So we are indeed better together. 

As for my role, I’m an analytics junkie, which is weird for a designer. I’ve always related to an African proverb, “Ubuntu”, which means, “I am who I am because you are who you are.” When coming to AO about a year and a half ago now, it just lined up with my belief and their beliefs. 

Walk us through your career and what led you to become a Design/Workflow Technology Lead. 

In junior high, I used to paint fire escapes for my uncle who was a general contractor.  He would always tell me, “You don’t want to do physical labor. You want to be the one designing the buildings because they make more money.” That was always his thing. 

I got my degree in industrial design, not architecture.  I was working for an architectural firm in Colton, California, when I got my degree, and the architect gave me a promotion. I’ve been in the industry for 22 years now.

I’ve always been intrigued by architecture, but what I’ve found out over the years is that it was the creative problem-solving that really did it for me.

I’m less proud of the physical buildings I’ve helped create than I am of assisting my colleagues in coming to that “aha!” moment. -Jeff Thomas III, AO

It’s about the ability to find creative solutions to things that most people overlook and bring other people along for the ride. Using design, technology, workflow, processes, and guidelines help feed that for me.

s construction evolves, how do you see your role changing?

I see it being more collaborative. I also see other industries merging or converging into our industry. For example, the AEC space with the medical industry or even the internet of things.

As these developments become more prevalent and more cost-effective, I see that being the status quo. Eventually, every home will be a smart home because it’s just expected. I know a pastor who said, “What one generation does in moderation, the next does with reckless abandonment.” When you look at the internet of things, right now it’s done in moderation, but at some point, it’s just going to be done with reckless abandonment. I don’t mean this in a negative context, of course. The phrase resonated with me. 

What project are you most proud of working on in your career?

I like to believe my career is unique. I’ve done everything from residential to telecommunications to retail, and even storage facilities. I’m less proud of the physical buildings I’ve helped create than I am of assisting my colleagues in coming to that “aha!” moment. That’s what took me away from doing architecture to supporting architecture.

If I had to pick a single project, I’d choose Baker’s Burger, which is a fast food restaurant in the Inland Empire. I did a number of them. I see the location off of Waterman Avenue every single Sunday on my way to church. That was done more than 20 years ago. So I get to look at this building that I worked on when I was really just starting out as a young designer, and here it is 20 years later still being used. I was also fortunate enough to work with a great team that I’m still friends with today.

What are the biggest challenges you face in your role?

The biggest challenges for me are not technological challenges. They’re relational challenges. 

Every person is different, and sometimes building relationships with people will force you out of your comfort zone. Everyday I spend time outside my comfort zone. I believe it has helped me grow in terms of being able to relate to people and understand people. I try my best to be compassionate and understanding. 

I’ve always related to an African proverb, “Ubuntu”, which means, “I am who I am because you are who you are.” -Jeff Thomas III, AO

As for handling relational challenges, I do tell myself that I might be wrong and it forces me to listen to other people more or better. It causes me to have to hear what they’re saying, even beyond the frustration. 

The beauty of having worked in architecture, and now being on the support side, is that I understand the frustrations. I understand what it’s like when technology doesn’t work the way that it should or the way you expect it to. I understand what it’s like to have the pressure of a deadline. I understand what it’s like to not have enough time to get things done, but somehow you manage to figure it out. Even in all that, there’s still a need to learn new things because technology moves so quickly. What I’m trying to do in my role is to be that person for them so that they don’t have to take the extra time. I’ll take the extra time.

When you think about the future, what are your plans to advance innovation and productivity at AO? 

Automation is a word that just keeps coming up for me. With tools like Dynamo, Forge, Autodesk Construction Cloud, and BIM Collaborate Pro becoming more prevalent, automation’s the thing. If we can automate all of the monotonous things within the process and workflow in architecture, then the architect can focus on architecture. They can focus on the business of doing architecture and less on technology. That’s where I’d like to take us in the near future.

On the topic of productivity, one of the nice things about PlanGrid is that it’s just easy to use. On the design technology side, I’m also responsible for the workflow part of things. The learning curve is a big concern when you’ve got a group of people who are limited on time, and then you have to pull them away from work for multiple hours; that’s near impossible. But if you could pull them away for five, 10 minutes, 20 minutes, 30 minutes at a time, that would make learning new technology much more manageable. 

PlanGrid is so intuitive that I only have to teach people one feature at a time. That’s one of the challenges I think with a lot of the other construction tools that exist, because they come from the perspective of the contractor as opposed to the architect. I never felt this way about PlanGrid.

What advice would you give to the next generation of men and women entering and preparing for the future of the industry?

Be teachable. Don’t stress. Practice thinking differently; That’s something people can learn. Relentlessly pursue better.

The post Behind the Build: Interview with Jeff Thomas III, Design/Workflow Technology Lead, AO appeared first on Digital Builder.

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Construction Services

BuildingConnected Data Reveals Top 15 Cities with Most New Projects Published [Report]

After one of the most difficult years in modern history, the construction industry appears to be taking 2021 to make up for lost time. In March of 2021, the Autodesk Construction Outlook Report found that bidding activity slowly began to recover in 2020 between March and October, hitting a high for 2020 in November and then an all-time high in January, 2021.  

These insights came from aggregated and anonymized data from BuildingConnected, a preconstruction solution within Autodesk Construction Cloud. In March of 2021, economist Ed Zarinski noted that this increase in real-time bidding activity “signal(ed) the industry (was) getting back to work – and doing so quickly.”  

Our team has continued to keep a keen eye on bidding activity throughout the U.S. and Canada, and we recently looked at the number of new projects published in BuildingConnected by an owner, general contractor or specialty trade over the past year. Here’s what we found. 

Note: all numbers represent U.S. and Canadian data.

 

Projects published on BuildingConnected have grown almost 19 percent year-over-year

According to aggregated and anonymized product data from BuildingConnected – a collection of over one million owners, general contractors, construction managers and subcontractors soliciting or submitting bids – 2021 was a year of record growth for the industry, with new projects published increasing almost 19 percent year-over-year on the platform. March of 2021 also hit a new all-time record for most projects published in a single month, followed closely by June 2021. 

This aggregated and anonymized BuildingConnected data also shows encouraging year-over-year growth from 2020, a sign that our industry is still working to “climb out of the trough,” so to speak. Year-over-year growth of projects published spiked in April of 2021, followed by May and June. 

Year over year growth, BuildingConnected data reveals top 15 cities with most new projects published [report]

 

Top 15 Cities for new project volume (U.S. and Canada)

The BuildingConnected team also identified the regions of the U.S. and Canada that are seeing the highest volumes of new projects published (chart below). This chart details the top 15 cities with the highest levels of published projects over the course of 2021 so far. 

Top 15 cities, BuildingConnected data reveals top 15 cities with most new projects published [report]

 

Texas, California show strong volumes of new projects

In January of 2020, the AGC released data showing the impacts in construction jobs, which detailed that Texas lost over 33,000 jobs during the pandemic, followed by New York (22,000), Ohio (12,600), Massachusetts (11,300) and Florida (9,900).  

Of the top 15 cities with the highest levels of new projects published in 2021, cities in Texas (Houston, Dallas and San Antonio) accounted for almost 16 percent of all new projects published among the top 15 cities. California also had a particularly strong showing in terms of projects published, with three cities (San Francisco, Los Angeles and San Diego) accounting for just over 17 percent of new projects in the top 15 list. 

Our team will continue to review aggregated, anonymized real-time bidding activity throughout the rest of 2021 and into 2022, and we look forward to providing another update down the line. For more information about building, construction and design trends and technology, visit our Digital Builder blog and subscribe to our podcast, Digital Builder with host Eric Thomas

 

bout BuildingConnected, an Autodesk Company

All numbers for this blog post are proprietary product data from BuildingConnected, a platform that more than one million owners, general contractors, construction managers and subcontractors use to solicit and submit bids. BuildingConnected helps save time and increases collaboration while managing the bidding process with automated workflows that facilitate securing the best team for any construction project.  

With more than five million bid invites sent out every month on the platform, BuildingConnected empowers preconstruction teams to:  

Find and choose the right builders for every project on the most up-to-date network of construction professionals  Quickly solicit bids with customizable templates and accurately compare those bids side-by-side Easily collaborate with other estimators on the team, and follow communications and bid versions Gain valuable insight into historical bid data and reports to optimize for future projects 

To learn more about how BuildingConnected can help your team, click here to visit our website

The post BuildingConnected Data Reveals Top 15 Cities with Most New Projects Published [Report] appeared first on Digital Builder.

Construction Services

Behind the Build: Interview with Jacob Freitas, Senior Project Manager, Level 10 Construction

Find the people that are going to support you, help answer questions, and mentor you. Those are the teams you want to be on and the type of team you want to build.

To see the greatest results from technical solutions, you’ll need to get all users and stakeholders on board. While there are many factors that play into successful technology adoption, there’s one component that every initiative must have: a fearless champion. Enthusiastic, committed champions help drive the buy-in you need from stakeholders while getting support from the people who will use the new technology. Building internal advocacy ensures full-scale adoption. 

As a Senior Project Manager, Jacob Freitas is one of those fearless champions, pushing innovation and productivity forward at Level 10 Construction. We recently spoke with Jacob about his experience with planning and construction, how the project manager role is evolving, and how Level 10 leverages technology to solve challenges. Read his story below.

Tell us a little bit about Level 10 and what you specialize in.

We’re headquartered in Sunnyvale, California with a few more offices in San Francisco, San Diego, and Austin, Texas. Level 10 Construction was actually founded in 2011 by industry veterans with this shared vision of delivering construction projects at the highest level. And we’ve been able to deliver successful projects across several market sectors thanks to our different regional offices. Our projects have run the gambit—advanced technology, corporate, education, housing & mixed use, biotechnology, entertainment, healthcare and gaming & hospitality.

Walk us through your career. What led you to become Senior Project Manager?

I started back at Cal Poly in the summer of 2005 studying city-regional planning. My first summer after Cal Poly, I had an internship with a home builder, which was when I realized I wanted to go into construction. 

So, I pursued internships in the field and worked with Rudolph and Sletten for six months doing co-op. That was all around 2008 when the economic downturn happened and new construction opportunities dried up. I ended up getting more work experience related to my planning background. From 2009 to 2011 I worked on energy management and greenhouse gas mitigation for Mazzetti, an engineering firm out of San Francisco.

A lot of what I focused on during those three years were energy-related projects such as efficiency upgrades, solar installation and fuel cells. The primary client I supported was Kaiser Permanente, with the goal of reducing their environmental footprint, primarily focused on the greenhouse gas emissions associated from their facility operations. 

In 2011, a former boss of mine reached out to me to see if I was still interested in the construction space. This November will be nine years for me here at Level 10 Construction.

s construction evolves, how do you see the role of Project Manager changing?

Today, I see a lot of the same mistakes being repeated, and it’s due to a lack of knowledge sharing. Hopefully, in the next decade, sharing lessons learned will become easier with the advent of new technology. 

Looking forward, I’m excited to see how our industry shares information, not only internally in organizations but peer-to-peer, and how we can try to be more effective at it.

In terms of existing work products, I want to leverage that existing work product. I don’t want to reinvent the bid package or the spec section or this or that detail. There’s no reason to reinvent it if it’s already been figured out; however, many times it comes down to not knowing where that information resides. 

Looking forward, I’m excited to see how our industry shares information, not only internally in organizations but peer-to-peer, and how we can try to be more effective at it.

What project are you most proud of working on in your career?

I would say the Facebook west campus job we worked on from 2012 to 2014. At that time, we were still relatively small as an organization. That was around a $400 million project. As a senior engineer, I was managing all the MEPF trades, which was a $100 million dollar scope. That project felt like the equivalent of two or three projects rolled into one, and we delivered. 

The project was super cool, especially considering its size, scope, and complexity. That’s part of the reason I’m here doing what I’m doing today is because of that experience. Not everyone has the opportunity to manage mechanical, electrical, plumbing, food service, fire protection trades early in their careers. The project allowed me to advance faster.

What are the biggest challenges you face in your role? How does technology help you meet these challenges?

Having a centralized platform that the whole team can be on. That has always been a challenge. Recently there’s been a number of platforms that check that box.

Autodesk Build is taking the right approach with getting the whole project on board. I think that model is what we’ll continue to see moving forward. 

At Level 10, we also don’t print many drawing updates anymore. The only drawing sets we have are pretty much just the permit sets. It’s key to have the most recent version of all the information on hand, whether it’s an RFI or submittal or drawing. I can carry it around on my iPad and in my safety vest.

You just couldn’t do that 20 years ago, right? Instead, everyone would just be working with incomplete information. Now, one person can basically manage to keep the whole set current for the entire team—for 100 or 200 people. 

The concept of reality capture from 360 video walks has also become really beneficial. Companies like OpenSpace, StructionSite, and DroneDeploy allow users to quickly capture current site conditions and share project information with various stakeholders for coordination. Think Google Street View for the jobsite. 

Aside from just doing reality capture, some of these companies use photogrammetry to create 3D models of the site conditions. These can be used for things like soil stockpile quantity tracking and, more recently with OpenSpace, progress tracking of TI trades such as framing and drywalls. At a high level, eventually, you’ll be able to walk through the project and capture 360 video then upload it. The software will take that walk-through video and generate a point cloud, which is a geometrically accurate digital version of the built environment you’re looking at in real life. That point cloud then gets compared to your BIM models and schedule. This will give you percent complete by trade, trade-specific scope items, and how the completion of those items are tracking against the project schedule. That’s something that’s always hard to do on larger projects.

When you think about the future, what are your plans to advance innovation and productivity at Level 10? 

Internally, everyone’s definitely supportive of these things, but part of it is my own internal quest to be better at things because I see it could be better. The owners of our company are all very knowledgeable, and they’ve been doing this for 30, 40 or more years. So, sometimes it’s scary to face questions like, “We’re going to do what? How? We never did it like that. How are you going to do this?” 

Don’t be afraid to ask questions. I constantly ask questions. Don’t be afraid to be the idiot in the room. Raise your hand…understand why you’re doing things. Don’t just do things because someone told you to.

Right now we’re tracking layout with a Dusty Robotics Field Printer robot, using all of our coordinated BIM models and shop drawings. The framers are going to do a Level of Detail (LOD) 350 model in Revit and coordinate with all the MEPs. The grand plan is to export all that information into a single layout file. Each trade will still be responsible for their own layouts, but the bulk of the layout will be exported by trade, given to Dusty, consolidated into a single layout file and multi-trade layout completed through Dusty Robotics Field Printer. 

For example, rough openings in walls, bottom track locations, drops for lights, etc., you stack it all in the system and it lays it out. Some of the framers are already enjoying it and some of the MEPs are already seeing the value in it. It should greatly improve the speed at which a project can complete layout and provide additional opportunities to spot problems before things are built out. We had a demo of it out in the field and it seemed effective.

What advice would you give to the next generation of men and women entering and preparing for the future of the industry?

Don’t be afraid to ask questions. I constantly ask questions. Don’t be afraid to be the idiot in the room. Raise your hand and ask questions a lot. You need to understand why you’re doing things. Don’t just do things because someone told you to do them. Figure out why you’re doing it because there’s usually a reason why you’re doing it. If you don’t understand the “why”, it’s not going to click a lot of times. That’s true with anything in life, but you have to ask questions and figure it out. Find the people that are going to support you, help answer those questions, and mentor you. Those are the teams you want to be on and the type of team you want to build.

The post Behind the Build: Interview with Jacob Freitas, Senior Project Manager, Level 10 Construction appeared first on Digital Builder.

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Construction Services

Ensuring the High Quality of Future Buildings by Accumulating Instantly Shareable Site Knowledge

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Daiwa House Industry Co., Ltd. is developing a range of construction businesses, not only in single-family house building as seen in TV commercials, but also rental housing, commercial and distribution facilities, medical care, and nursing care facilities. Behind these promising developments is the enthusiasm of young employees and site managers, and the “Digital Construction Project” that supports them. For this issue, we interviewed Mr. Kazuaki Ishizawa, General Manager, Yokohama Branch, Kanto Construction Works Division of Daiwa House Industry, and Mr. Yoshinori Shimizu, who is working in Construction Works Department I in the same division. We asked them about the present and future utilization of PlanGrid

Construction Business that Leads Daiwa House Industry

Daiwa House Industry is diversifying its business, from construction to the management of single-family homes, condominiums, commercial and distribution facilities, hotels, and other areas. The Kanto Construction Works Division led by Mr. Kazuaki Ishizawa is in charge of commercial and business facilities, which means that it engages primarily in the construction of distribution facilities, stores, elderly care facilities, and hospitals. It is one of the leading divisions within Daiwa House Industry. The huge number of construction units underlies the strong performance of this division.

“As far as I know, when compared with other construction companies, our company constructs a huge number of buildings. I think one of the reasons for this is that our contract amount per building is more affordable than other companies. On the other hand, even while constructing a large number of buildings, we ensure that we are always able to deliver consistent quality to our clients.” (Mr. Ishizawa)

In order to consistently deliver high-quality buildings to our clients, it is certainly important that individual workers improve their skill levels through experience. However, from the perspective of the company as a whole, instead of depending on the technical capabilities of individuals, the company believes that the power of digital technology is important in terms of developing technical expertise.

Going forward, in order to continue our successful development as a company, organizational technological capabilities should be emphasized over individual technical abilities. —Mr. Kazuaki Ishizawa

“Going forward, in order to continue our successful development as a company, organizational technological capabilities should be emphasized over individual technical abilities. ‘Digital Construction Project’ started with this concept in mind under the direction of the President and CEO. The use of technology and the standardization of these techniques lie at the heart of this project.” (Mr. Ishizawa)

Autodesk, with whom Daiwa House Industry maintains a strategic partnership, introduced PlanGrid to Mr. Ishizawa, who was assigned as a project member, as one solution to promote the digitalization of construction sites. Mr. Ishizawa’s impression of PlanGrid was that it seemed to be “a very promising and deep solution.”

“PlanGrid enables us to inspect and check the site, store the site conditions, and immediately share and view the necessary information with all the concerned parties. Furthermore, it enables us to send necessary information to the people in charge both in and outside the company in a timely fashion. I immediately felt that these functions could be applied to a wide variety of jobs.” (Mr. Ishizawa)

Leading to the improvement of future building quality

Mr. Ishizawa initially thought about using PlanGrid to perform completion inspections, which are carried out before a building is handed over to the client. While learning more about PlanGrid, however, he realized that it might not only be useful for quality inspections of completed buildings, but also for overall quality checks, which include checking and recording site conditions obtained from safety inspections and patrols.

“Of course, such inspection operations are routinely conducted. However, each inspection operation has sheets in different formats and is conducted by different departments/sections. I thought that all of these differing formats and data collected by different departments/sections might be able to be coordinated in using PlanGrid.” (Mr. Ishizawa)

Mr. Ishizawa then instructed several members including Mr. Yoshinori Shimizu of the Kanto Construction Works Division to start initiatives for the practical utilization and the introduction of PlanGrid into sites in cooperation with Autodesk. Mr. Shimizu, who is working as site manager, says that he saw the immense potential of PlanGrid from the moment he was introduced to it.

“When using conventional paper documents, sharing information and decision-making took a long time. With PlanGrid, on the other hand, we can share information about the root causes of defects or other findings very easily and quickly if we have a tablet on a site.” (Mr. Shimizu)

When inputting data for the first time using PlanGrid, he realized that PlanGrid would help in on-site decision-making and improve work efficiency, and that it would possibly result in a substantial reduction of time and labor.

“The knowledge of the engineers working on their respective sites will be gathered and stored in PlanGrid, and by doing so, such data can be used effectively in the future.” (Mr. Shimizu)

By utilizing PlanGrid in practice, Mr. Shimizu realized a number of other advantages. He noticed its “usability” at construction sites where people are extremely busy.

“For example, without going to all the trouble of preparing an inspection sheet, the preparations for inspections and safety/site patrols can be completed by inserting a single drawing into PlanGrid. I only need to visit the site and input the site information and photos in the stamps that are on PlanGrid. I do not need to go to the trouble of returning to my office to compile the sheet, and I can finish the work on site. Photos taken on your smart phone can be uploaded immediately. Just by placing the photos in their proper positions on the drawing, there is no longer any needs to send an e-mail to someone else. All the project members can share this information immediately.” (Mr. Shimizu)

Daiwa House Industry interview

Through the introduction of PlanGrid, workers can easily find whether a task has already been finished or is still in progress simply by checking the stamp. They can uniformly manage tasks such as site patrols and safety checks, which would normally require a number of different people to visit the site. Furthermore, there is no need to visit the site; instead, they can check the tasks from the office, meaning that work efficiency will dramatically increase, which will also lead to a drastic improvement in the quality of construction.

PlanGrid screengrab for Daiwa House Industry interview

“The fact that we can share findings, technical information and prevent problems in advance is significant. This will lead to improvements not only in near-term performance but also in future building quality, which today’s young employees will provide.” (Mr. Shimizu)

Utilization of PlanGrid is an investment in the future

The range of uses of PlanGrid is continually expanding. At present, PlanGrid is being promoted for use not only in safety patrols and a variety of inspections, but also for use during pre-construction site investigations.

“Before a site manager is assigned, a supervisor conducts a site investigation. The supervisor investigates the access of vehicles, the conditions of neighboring buildings and surrounding fences, and the infrastructure. I had the idea that PlanGrid might also be useful during such investigations, and therefore, I asked Shimizu to customize PlanGrid so that not only site managers but also supervisors would be able to use it effectively. Preparations for this application of PlanGrid have already begun.” (Mr. Ishizawa)

At present, Mr. Shimizu is heading up the widening use of PlanGrid, and the number of PlanGrid users is continually increasing. However, Mr. Ishizawa is not satisfied with the current state. Mr. Ishizawa hopes for a time when everyone on site will be able to use PlanGrid and will continue steady efforts toward that goal.

“At present, all the members who have a relatively high level of technological knowledge are tackling how to utilize PlanGrid; however, enabling this technology to reach all employees is our next challenge. I think it is necessary that this technology be used by a larger number of workers.” (Mr. Ishizawa)

By gathering and storing the knowledge of different people [in PlanGrid], younger or less experienced site managers can refer to this information easily by searching for a keyword, allowing them to deal with problems quickly on-site. —Mr. Yoshinori Shimizu

According to Mr. Ishizawa, he set a target for the branch offices he manages in Kanagawa, Chiba and Ibaraki Prefectures and made at least two people in each office use PlanGrid on-site. They also have opportunities to share opinions with other members.

“If members who use PlanGrid on the site steadily continue to share their experience with other members, the use of this technology will spread quickly across the company. I am currently working with Autodesk to promote the general use of PlanGrid across the company.” (Mr. Ishizawa)

Mr. Shimizu says that customization (preparation) will be essential to develop the use of PlanGrid horizontally across construction sites.

“We will thoroughly customize PlanGrid so that it will become very simple to use. At first, we will try to reach a level where everyone feels that ‘a job can be completed using only the tools on hand’. By gathering and storing the knowledge of different people, younger or less experienced site managers can refer to this information easily by searching for a keyword, allowing them to deal with problems quickly on-site. Used in this way, the value of PlanGrid will be easily understood by the workers on-site.” (Mr. Shimizu)

Mr. Ishizawa says that he thinks that the utilization of PlanGrid is an investment for the future.

“Up until now, the output differs depending on the person in charge, and this has been covered by the whole staff to maintain a consistent level of quality. Going forward, I am sure that by continuing to accumulate data in the cloud, integrating that data and drawing on it as information, we will definitely be able to increase not only quality stability, but further increase the quality level of staff.” (Mr. Ishizawa)

On the other hand, while Mr. Ishizawa admitted that there are concerns about the future role of technical skills in the construction industry, he says that balancing technology and human skills is the key to moving forward.

“The technical skills that are learned by sweating over your work on-site and by sharing experiences with other skilled construction workers are also very important, because we work with people. We may be able to create a good product using digital technologies, however, we cannot establish a trusting relationship without skilled construction workers. I think that only our people who worked on sites while using digital technology are in the end able to communicate accurately with skilled construction workers. While teaching PlanGrid is important, we should not neglect other kinds of teaching. I do not believe that the Japanese construction industry will completely change in the next five to ten years. However, I hope that the generation following Shimizu will be able to work more easily and enjoyably, while at the same time carrying out consistently high-quality work for our clients. I am engaging in this challenge with considering such thoughts.” (Mr. Ishizawa)

瞬時に共有可能な現場の知見を蓄積することで、まだ見ぬ未来の建物の品質を担保する

TVコマーシャルでおなじみの戸建住宅のみならず、賃貸住宅や商業施設・物流施設、医療・介護施設など、多様な建築事業を展開する大和ハウス工業。その好調の裏には、若手・現場所長たちの情熱と、それを下支えする「デジタル・コンストラクション・プロジェクト」の存在がありました。今回は同社横浜支社関東工事部統括部長である石澤一晃氏と同部工事第一部で活躍する清水慶典氏にインタビュー。PlanGrid活用の現在と未来についてうかがいました。

大和ハウス工業を牽引する建築事業

戸建住宅や分譲マンション、商業・物流施設、ホテルなどの建設から運営まで事業の多角化を進める大和ハウス工業。石澤一晃氏が率いる関東工事部は、商業施設部門・事業施設部門、すなわち物流施設や店舗、高齢者施設などのビルの建設を手掛ける部門。現在の大和ハウス工業を牽引する事業部門のひとつです。その好調要因を支えているのが、圧倒的な建設戸数だといいます。

「恐らくどの建設会社と比べても、圧倒的な棟数を建設しています。他社に比べて1棟あたりの受注金額が安価であるという点が理由の一つとしてあげられると思いますが、裏を返せば棟数をこなしつつ、いつでも安定した品質をお客様に提供するための努力を重ねているということでもあります」(石澤氏)。

安定的に高品質な建物をお客様に提供するためには、個人が経験を積んでレベルを上げることが重要だという意見もあるのは確か。しかし会社全体として考えると、個人が持っている技術力に頼るのではなく、デジタルの力を重要な技術力のひとつとして捉えたといいます。

「むしろこれからは、会社として成功や発展を続けるために、個人の技術力よりも組織的な技術力の方が重要視されるべきです。そうした考えの元、社長の肝煎りでスタートしたのが『デジタル・コンストラクション・プロジェクト』です。テクノロジーの力を活用して技術を標準化するという考えが根底にあります」(石澤氏)。

そのプロジェクト・メンバーとしてアサインされた石澤氏は、会社として戦略的パートナーシップを結んでいるAutodeskから、施工現場のデジタル化を推進するソリューションの一つとしてPlanGridの紹介を受けました。“とても未来のある、奥の深いソリューション”という印象を受けたといいます。

「現地を確認・チェックして、その状態を保存する、それを関係者全員ですぐに必要な情報を共有して見ることができる。さらには、タイムリーに社外や社内の担当者に必要な情報を発信できるという一連の機能が、様々な業務で応用できると直感的に感じました」(石澤氏)。

将来の建物の品質向上にも繋がっている

当初はPlanGridを、お客様に引き渡す前に実施する竣工検査に活用しようと考えていた石澤氏。ところが説明を聞いているうちに、完成した建物の品質検査もさることながら、安全の検査やパトロールなど、現場を確認し、記録を残すという、もっと大きな意味でのクオリティチェックに活用できるのではないかという発想になったといいます。

「もちろん、従来もそういった点検業務は実施されていました。しかし、各々の作業によってフォーマットが異なる帳票があり、担当部署も違う。今までは部署ごとにバラバラだった帳票やデータを、PlanGridを用いることで連携させていくができるのではないかと思います」(石澤氏)。

そこで石澤氏は、同じく関東工事部のメンバーである清水慶典氏を含む数人のメンバーに指示。Autodeskと共に、実用化、および現場浸透に向けての取り組みを開始。現場所長として活躍する清水氏は、PlanGridに出会った瞬間から、その可能性を感じ取ったといいます。

「従来の紙の帳票による運用では、担当者が持っている情報の共有や意思決定が決してスピーディーには行われてはいませんでした。ところがPlanGridであれば、現場にタブレットさえあれば非常に簡単に、しかも即時で、不具合の根本原因や指摘事項などの情報共有が可能となります」(清水氏)

初めてPlanGridを使って入力した時点で、現場における意思決定の一助となり、業務効率が上がる。時間や労力の大幅な削減に繋がる可能性があると実感したといいます。

「そして何よりも、それぞれの現場で活躍する技術者たちが持つ知見をPlanGridに集約し、蓄積することで、今後、そうしたデータを未来に活かすことができるのではないかと感じました」(清水氏)

実際に活用してみると、さらに様々なメリットを実感したという清水氏。多忙を極める現場の最前線における“使い勝手の良さ”に注目します。

「例えば、帳票をわざわざ作らなくても、PlanGridに図面を1枚入れれば、それで検査や安全、現場巡視の準備は終了します。現場に赴き、PlanGrid上に存在するスタンプに現地情報や写真などを入れてしまえば、わざわざ事務所に戻って帳票をまとめることもなく、その場で作業を終えることができます。写真もスマートフォンで撮影してすぐにアップロードが可能で、図面の場所に写真を置くだけで、誰かにメールで送る必要もなく、瞬時にプロジェクト・メンバーで情報共有が可能です」(清水氏)

Daiwa House Industry interview

PlanGridを導入することで、その作業が終了しているのか、継続しているのかが、スタンプひとつで見極めることが可能に。現場巡視や安全確認など、従来は複数の担当者が現場に足を運んでいた作業が、PlanGridを介して一元管理できるようになりました。しかもそれが現場に行かなくても、事務所で確認することができるため、業務効率は格段にアップ。それは工事の品質にも大きな影響を及ぼしているといいます。

PlanGrid screengrab for Daiwa House Industry interview

「やはり、これまでの指摘事項や技術情報を共有し、事前に回避できるようになった点は大きいと思います。それは目先の成果だけでなく、現在の若年層が担っていく、将来の建物の品質向上にも間違いなく繋がっていくと思います」(清水氏)

PlanGridの活用は未来への投資

PlanGridの活用アイデアはさらに広がりを見せています。現在は、安全パトロールや様々な検査においてはもちろん、工事を実施する前段階の現地調査においても活用を進めています。

「現場所長が配属される前段階において、管理職による現場調査が行われます。車の乗り入れや隣の建物、周りの塀の状況やインフラなどの調査をしますが、それもPlanGridでできるのではないかと考えました。ですから、現場管理者だけでなく管理職も使いこなせるようカスタマイズしてほしいと、清水に依頼して運用準備を始めているところです」(石澤氏)

現在は、清水氏を中心に普及活動が進められ、PlanGridを活用する人員が増えつつある状況ですが、石澤氏は満足していません。石澤氏が目指すのは、現場の誰もがPlanGridを活用できる世界、そのために地道な取り組みを続けていくといいます。

「今はテクノロジーに対する知識レベルが比較的高いメンバーが取り組んでいますが、現場の担当者全員に普及したときにどうなるのかというのは、これからの課題です。まずはより多くの人財にこのテクノロジーに触れてもらうことが必要だと思っています」(石澤氏)

石澤氏が管掌する神奈川県、千葉県、茨城県の各事業所には目標を設定し、事業所内で必ず最低2人にPlanGridを実際に現場で使ってもらい、意見を共有する機会を持っているといいます。

「チャレンジしたメンバーが他のメンバーに広めていくという活動を地道に続けていけば、やがて会社全体に浸透していきます。そこは現在、Autodesk様と一緒になって考えながら進めている段階です」(石澤氏)

現場に水平展開するためには、カスタマイズ(下準備)が必須だと清水氏は言います。

「とにかく簡単に使えるよう徹底的にカスタマイズしていきます。まずは“そこにあるものを使うだけで、簡単にできる”と誰もが感じるようなレベルに持っていきます。色々な人の知識を収集し蓄積することで、若い現場管理者や経験の少ない現場管理者が、そのキーワードを選ぶだけで指摘事項を閲覧。現場ですぐに対処ができるようになれば、目に見える効果として、その価値を現場に理解してもらえるようになると思います」(清水氏)

そして石澤氏は、PlanGridの活用は未来への投資だと考えているといいます。

「これまでは、担当者によってアウトプットの違いがあり、それを皆でカバーして品質を保ってきました。これからは、クラウドにデータを蓄積し、繋ぎ、情報として引き出すということをくり返すことによって品質の安定化、いや品質が安定するとともに、担当者のレベルが高くなることは間違いありません」(石澤氏)

その一方で、“建設業界の技術力は本当にそれでいいのか”という懸念もあるというが、テクノロジーとヒューマニズムの両立がカギになるといいます。

「現場で汗水たらして建設技能労働者と様々なことを共有しながら身に付ける技術力もとても重要です。なぜなら、私たちは人と仕事をしています。デジタルで良品は作れるかもしれませんが、建設技能労働者たちとの信頼を作ることはできません。デジタルを駆使しながら現場でたたき上げられた人間こそが、結局、建設技能労働者とのコミュニケーションも正確に取れるのだと思います。PlanGridの指導も重要ですが、それ以外の指導もおろそかにできません。5年~10年という期間で日本の建設業が180度様変わりするとは思っていませんが、いずれ清水の後輩たちが楽になる、楽しく仕事をしながらお客様に価値を提供できるようになると期待しながら、今は取り組んでいます」(石澤氏)

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