Between the Linestag:typepad.com,2003:weblog-41432024-01-15T13:07:05-08:00 Design, Strategy, Technology, and more blog.TypePadExploring the World of Digital Twins in AEC and Manufacturingtag:typepad.com,2003:post-6a00d8341bfd0c53ef02c8d3a8405c200b2024-01-15T13:07:05-08:002024-01-15T13:07:05-08:00Dive into the transformative power of Digital Twins beyond 3D models in the AEC and Manufacturing industries. Discover their real-world applications, future potential, and how they're shaping a smarter, more interconnected world.Shaan Hurley
<div xmlns="http://www.w3.org/1999/xhtml"><p><img width="744" height="422" title=" Exploring the Innovative World of Digital Twins in AEC and Manufacturing" style="display: inline; background-image: none;" alt=" Exploring the Innovative World of Digital Twins in AEC and Manufacturing" src="https://www.btl-blog.com/.a/6a00d8341bfd0c53ef02c8d3a45c8e200c-pi" border="0"><br><br>In an era where technology constantly reshapes our understanding of the world, one innovation stands out for its potential in AEC, and manufacturing: the Digital Twin. </p><p>Far from being mere 3D models, these advanced digital replicas represent a leap into a future where the lines between physical and digital blur. In this exploration, I’ll uncover what Digital Twins truly are, their invaluable role in AEC and Manufacturing, and why they're much more than just sophisticated visual representations.</p><p><strong>What Are Digital Twins?</strong><p>A Digital Twin is a digital replica of a physical entity, be it an object, process, or environment. This cutting-edge technology transcends the conventional boundaries of 3D modeling by integrating real-world data, often through IoT sensors, with technologies like AI and analytics to create simulations. These simulations are not static; they are dynamic, evolving with real-time data to predict performance, drive innovation, and enhance strategic technology trends.<p>In essence, a Digital Twin is a living model, continuously updated to reflect the current condition and historical data of its physical counterpart. This integration of IoT, AI, and software analytics allows for the creation of virtual models that are indispensable in modern engineering and beyond, offering a window into the future performance of products and processes.<p><img width="744" height="422" title="The Role of Digital Twins in the AEC Industry" style="display: inline; background-image: none;" alt="The Role of Digital Twins in the AEC Industry" src="https://www.btl-blog.com/.a/6a00d8341bfd0c53ef02c8d3a84054200b-pi" border="0"><p><strong>The Role of Digital Twins in the AEC Industry</strong><p>In the AEC industry, Digital Twins are changing the way we approach design, construction, and maintenance. These digital replicas offer a comprehensive view of buildings, infrastructure, and landscapes, far beyond mere physical dimensions. They allow architects, engineers, and constructors to analyze data in real-time, predict future scenarios, and make informed decisions.<p>For instance, in large-scale projects like skyscrapers or bridges, Digital Twins enable the simulation of different construction scenarios, taking into account various environmental factors. This proactive approach leads to more efficient construction processes, reduced costs, and improved safety measures. Additionally, in the maintenance phase, Digital Twins serve as a critical tool for monitoring the health of structures, predicting wear and tear, and planning for repairs before issues escalate as well as environmental performance of the HVAC systems.<p>In essence, Digital Twins in the AEC sector are not just about building better; they're about building smarter, with a foresight that traditional methods lacked.<p><img width="744" height="422" title="Digital Twins in the Manufacturing Industry" style="display: inline; background-image: none;" alt="Digital Twins in the Manufacturing Industry" src="https://www.btl-blog.com/.a/6a00d8341bfd0c53ef02c8d3a84058200b-pi" border="0"><p><strong>Digital Twins in the Manufacturing Industry</strong><p>The Manufacturing industry reaps immense benefits from Digital Twins. These advanced replicas are pivotal in reducing time to market and enhancing product quality. Digital Twins enable manufacturers to experiment with product designs rapidly and optimize them far quicker than traditional prototyping allows. They act as a conduit for continuous improvement, providing insights into the manufacturing process to identify and correct design flaws early.<p>A standout example is Daimler's use of customer twins. These digital replicas allow customers to virtually "test drive" vehicles, enhancing customer engagement and offering invaluable feedback for product development. This not only streamlines the development process but also opens new avenues for customer interaction and personalized experiences.<p>Moreover, Digital Twins contribute significantly to sustainability efforts. By enabling more efficient design and material usage, they reduce waste and environmental impact, exemplified by consumer electronics manufacturers reducing scrap waste by approximately 20%.<p>Digital Twins in manufacturing are not just about creating better products; they're about redefining the entire production lifecycle, from design to customer interaction.<p><strong>What Digital Twins Are Not</strong><p>Despite the growing buzz around Digital Twins, it's crucial to clarify what they are not. A common misconception is equating Digital Twins with simple simulations or CAD drawings. However, a true Digital Twin is much more. It encompasses multiple physical models and processes real-time data, functioning across an entire product lifecycle. It's a complex system that offers far greater precision, accuracy, and utility than a mere simulation.<p>This distinction is essential. While simulations and CAD models play roles in visualization and basic testing, Digital Twins provide a comprehensive, dynamic representation. They allow for real-time adjustments and insights that go beyond the capabilities of static models. Understanding this difference is key to recognizing the true value and potential of Digital Twins technology.<p><strong>The Future and Evolution of Digital Twins</strong><p>The future of Digital Twins is not just an evolution; it's a revolution. As this technology matures, we are witnessing the rise of interconnected digital twins, forming complex networks that mirror entire ecosystems. This progression is steering us towards the concept of enterprise metaverses, where every component of an organization is replicated digitally, enabling unparalleled insights and operational efficiency.<p>In these interconnected systems, the potential for innovation is boundless. For example, a digital twin of a retail store could be linked with digital replicas of warehouses, supply chains, and customer profiles, offering a holistic view of operations and consumer behavior. This network could simulate the impact of business changes in real-time, optimize store layouts, and enhance customer experiences across various channels.<p>This advancement signifies a shift from individual digital twins to a cohesive digital realm, providing predictive capabilities and richer insights. The future of Digital Twins lies in their ability to not just replicate the physical world but to offer a platform for testing, innovation, and exploration in a way that was previously unimaginable.<br><br>Digital Twins are a potential beacon of innovation in the AEC and Manufacturing industries, offering more than just a digital replica of physical entities. They bring a depth of understanding, efficiency, and innovation that transforms how we design, build, and interact with our environment. Imagine how you might improve design, construct and operate buildings and products if you have the data on how the past model performed.<br><br>Explore technology and see what is applicable to you, your company, and your industry. Who knows, you may be the face of innovation for the future.</p></div>
Dive into XR: Shaping the Future of Building and Designtag:typepad.com,2003:post-6a00d8341bfd0c53ef02c1a6cc97b8200b2023-07-03T13:09:39-07:002023-07-03T13:09:39-07:00What is Extended Reality (XR)?
The advent of XR has been very helpful for many industries, including Architecture, Engineering, and Construction (AEC) and also Manufacturing. XR technology is revolutionizing the way we design, construct, and manage buildings and infrastructure, facilitating better communication, enhancing collaboration, inspection, and increasing overall productivity and efficiency.Shaan Hurley
<div xmlns="http://www.w3.org/1999/xhtml"><p><strong>What is Extended Reality (XR)?<strong>What is Extended Reality (XR)?</strong></strong><p><img width="724" height="724" title="What is Extended Reality (XR)?What is Extended Reality (XR)?" style="display: inline; background-image: none;" alt="What is Extended Reality (XR)?What is Extended Reality (XR)?" src="https://www.btl-blog.com/.a/6a00d8341bfd0c53ef02b751aa0470200c-pi" border="0"><p><strong>Extended Reality (XR)</strong> is an umbrella term that encompasses all real-to-virtual environments and human-machine interactions created by computer technology. It includes Augmented Reality (AR), Virtual Reality (VR), and Mixed Reality (MR).<p><strong>AR</strong> overlays digital information onto the real world, allowing users to interact with both simultaneously. <strong>VR</strong> completely immerses users in a computer-generated environment, isolating them from the physical world. <strong>MR</strong> combines elements of both, enabling users to interact with digital content in their actual surroundings.<p>The advent of <strong>XR</strong> has been very helpful for many industries, including Architecture, Engineering, and Construction (AEC) and also Manufacturing. XR technology is revolutionizing the way we design, construct, and manage buildings and infrastructure, facilitating better communication, enhancing collaboration, inspection, and increasing overall productivity and efficiency.<p><strong><u>XR in AEC Design and Construction</u></strong><p><strong><u><img width="724" height="724" title="XR in AEC Design and Construction" style="display: inline; background-image: none;" alt="XR in AEC Design and Construction" src="https://www.btl-blog.com/.a/6a00d8341bfd0c53ef02c1a6cc97b4200b-pi" border="0"></u></strong><p>In the Architecture, Engineering, and Construction (AEC) sector, XR is increasingly being used at all stages of a project. It's changing the way architects visualize designs, engineers solve problems, and construction teams execute plans and identify potential issues.<p>With XR, architects and engineers can create interactive 3D models of their designs, allowing clients to virtually walk through a building before it's built. This helps communicate their ideas more effectively in a spatial model and helps clients to make informed decisions about the design and progress.<p>Engineers can use XR to visualize complex data and simulations in a 3D space, making it easier to identify potential problems and find solutions. For instance, XR can help structural engineers visualize stress points in a building design, or help HVAC engineers optimize air flow patterns in a building.<p>On construction sites, XR can be used to overlay digital plans onto the physical site, helping construction teams to better understand the project and identify any discrepancies between the plans and the actual site conditions. XR can also be used for training purposes, providing workers with a safe environment to learn new skills or practice difficult tasks.<p><strong><u>Benefits of XR in AEC</u></strong><p><strong><u><img width="724" height="724" title="Benefits of XR in AEC" style="display: inline; background-image: none;" alt="Benefits of XR in AEC" src="https://www.btl-blog.com/.a/6a00d8341bfd0c53ef02c1b2587989200d-pi" border="0"></u></strong><p>The use of XR in the AEC industry offers several benefits. It enhances visualization, enabling multidimensional content viewing and collaboration through cloud-based systems and real-scale environments. This results in improved project understanding and performance, as well as increased efficiency.<p>By allowing stakeholders to visualize a building design in 3D before construction begins, XR can help to prevent costly mistakes and rework. It can also improve communication and collaboration between different project teams, leading to more efficient project execution.<p>XR can also improve safety on construction sites. By using XR to visualize potential hazards or to simulate dangerous tasks, construction workers can be better prepared and avoid accidents.</p><p><strong><u>Three Trends for XR in Design and Construction</u></strong><p><strong><u><img width="724" height="724" title="Three Trends for XR in Design and Construction" style="display: inline; background-image: none;" alt="Three Trends for XR in Design and Construction" src="https://www.btl-blog.com/.a/6a00d8341bfd0c53ef02b751aa0474200c-pi" border="0"></u></strong><p><strong>1. Mobile and Wearable XR Devices</strong><p>As the technology continues to evolve, mobile and wearable XR devices are becoming increasingly common. These devices allow users to access XR applications from anywhere, making it easier for teams to collaborate remotely. They also make it possible to use XR applications on construction sites, which can be particularly useful for visualizing plans, performing inspections, looking at data sources from the digital twin model, or training workers. Or, consider an electrician using the latest digital specifications and design model overlayed on equipment panel in-context to wire it and reducing the potential for errors based on out of date printed drawings or instruction steps, or worse yet, transposing wires in the panel resulting in a dangerous and costly error.<p><strong>2. Integration of XR and Building Information Modeling (BIM)</strong><p>The integration of XR and Building Information Modeling (BIM) is another significant trend. BIM is a digital representation of the physical and functional characteristics of a building. It serves as a shared knowledge resource for information about a facility, forming a reliable basis for decisions during its life-cycle from inception onward. The use of XR can enhance BIM by providing a more intuitive way to interact with BIM models and data. For instance, using XR, a user can walk through a virtual representation of a BIM model, providing a greater understanding of the design than would be possible with a 2D plan. Using XR, a construction project Manager or inspector can compare the as-built to the design and spot any potential issues or conflicts. <p><strong>3. The Rise of XR Platforms for AEC</strong><p>There is a growing number of XR platforms designed specifically for the AEC industry. These platforms provide tools for creating and sharing XR content, as well as for integrating XR with other AEC technologies like BIM.<p>XR is an exciting technology that holds great promise for the AEC industry. It offers the potential to transform how we design, construct, and maintain buildings and infrastructure. Whether it's through improving visualization and collaboration, enhancing safety, spotting errors or potential functionality issues, or reducing costs, the benefits of XR are clear to me.<p>In conclusion, the AEC industry stands to benefit tremendously from the integration of XR technologies at all stages of a project. These technologies enable multidimensional content viewing and collaboration through cloud-based systems and in real-scale environments, resulting in higher levels of efficiency. The use of XR in AEC presents an opportunity to increase the quality of construction project planning, understanding, and performance<p>Overall, the advent of XR in the AEC sector signifies a significant shift towards more interactive, immersive, and efficient design and construction processes. As we move forward, it will be interesting to watch how these trends develop and what new possibilities they will bring.<p>XR is a fantastic tool that's giving the AEC industry a major upgrade. It's helping us design and build better, safer, and more efficient buildings and infrastructure. With trends like real-time rendering, remote collaboration, and BIM + XR, there's no doubt we'll see even more exciting uses of this tech in the future.<p>But let's not forget, every tech has its challenges, and XR is no different. We've got to tackle issues like image quality, latency (that annoying lag you sometimes get), and of course, data security and privacy. However, as research and development continue, we're confident these kinks will be ironed out.<p>XR isn't just about the flashy tech. It's about how we use it to create better buildings, streamline processes, and create safer work environments. And honestly, that's a future worth building towards!<br><br>Cheers,<br>-Shaan</div>
Digital Twins in the AEC Industry: A Game Changer!tag:typepad.com,2003:post-6a00d8341bfd0c53ef02c1a6cc47c9200b2023-06-30T12:48:53-07:002023-06-30T12:48:53-07:00Are you as excited about the latest tech trends as I am? One trend in the digital transformation of industries that's got me on the edge of my seat is Digital Twins. These virtual replicas can transform the way we work in the Architecture, Engineering, and Construction (AEC) world and the data we use to inform decisions and drive design.
Let's dive in!
Shaan Hurley
<div xmlns="http://www.w3.org/1999/xhtml"><p><img width="644" height="644" title="AEC Technologist" style="display: inline; background-image: none;" alt="AEC Technologist" src="https://www.btl-blog.com/.a/6a00d8341bfd0c53ef02c1a6cc47c0200b-pi" border="0"></p><p><strong>Hey there, fellow AEC technology enthusiasts!</strong> </p><p>Are you as excited about the latest tech trends as I am? One trend in the digital transformation of industries that's got me on the edge of my seat is Digital Twins. These virtual replicas can transform the way we work in the Architecture, Engineering, and Construction (AEC) world and the data we use to inform decisions and drive design. </p><p>Let's dive in!</p><p><strong><br></strong><p><strong>Digital Twins: More than Just a Fancy Name!</strong><p>First things first, what's a digital twin? Picture a clone of a physical asset, system, or process, but in a digital form. It's like having an identical twin who lives in the cloud, mirroring what's happening in real-time or a simulation with its physical sibling.<p>In our AEC playground, digital twins are like having a virtual model of a building or infrastructure project. This model can include 3D designs, data about how things are running, and even project management info. So, whether you're an architect, engineer, project manager, and even building owner/operators, you've got all you need in one place. It is great for HVAC design performance and indoor air quality, structural readings on a tall tower, or perhaps what is the electrical performance and what is consuming the power.<br>Pretty valuable, right?<br><img width="640" height="640" title="AEC Digital Twin Illustration" style="border: 0px currentcolor; border-image: none; display: inline; background-image: none;" alt="AEC Digital Twin Illustration" src="https://www.btl-blog.com/.a/6a00d8341bfd0c53ef02b751a9b70c200c-pi" border="0"><p>Most industries are investigating and/or implementing Digital Twins such as the Manufacturing industry. Think of the benefits to a machine or auto manufacturer to get data on how their designs perform in simulation or real life, and can update to performance tune them or improve the future designs.</p><p><img width="640" height="640" title="MFG Digital Twin Illustration" style="border: 0px currentcolor; border-image: none; display: inline; background-image: none;" alt="MFG Digital Twin Illustration" src="https://www.btl-blog.com/.a/6a00d8341bfd0c53ef02c1a6cc47c5200b-pi" border="0"></p><p><strong>What's NOT a Digital Twin</strong></p><p>Now that we know what a digital twin is, let's clarify what it isn't. A digital twin isn't just a 3D model or a CAD drawing. It's more than that! It's a dynamic model that evolves with its physical counterpart, incorporating real-time data and interactions. So, while a 3D model or CAD drawing can be part of a digital twin, on their own, they don't make the cut.<br><img width="634" height="634" title="Plain 3D Mesh" style="display: inline; background-image: none;" alt="Plain 3D Mesh" src="https://www.btl-blog.com/.a/6a00d8341bfd0c53ef02c1b25829d0200d-pi" border="0"><p><strong>Why Digital Twins Rock in AEC</strong><p>So, why are we all buzzing about digital twins in AEC? For starters, it's a super-efficient way to keep everyone on the same page. With all the building data in one spot, communication among the team is smoother than ever.<p>And guess what? Digital twins can save us some serious cash. They help spot potential issues early on, so we can fix them before they become costly headaches. Plus, they're a big help in reducing resource such as energy waste, errors, and risk, which is a win for both our wallets and the planet!<p><strong>The Future is Twinning!</strong><p>So, what's next for digital twins in AEC? Expect to see more mash-ups of digital twins and Building Information Modeling (BIM) software. BIM is already a game-changer, letting us make detailed 3D models of buildings and infrastructure. Pairing it with digital twins? We're talking next-level accuracy and detail! Bam!<p>And when it comes to planning smart cities, digital twins are about to take center stage. They can give us a full view of a city's infrastructure, helping to make cities more efficient and sustainable. Plus, with virtual and augmented reality (VR and AR) on the rise, we'll be able to explore our digital twins in a totally immersive way.<p><strong>Wrap Up</strong><p>So there you have it! Digital twins are more than just a tech trend – they have the potential to revolutionize our industry. As someone who lives and breathes technology, I can't wait to see how they'll change our work for the better. Whether you're designing, building, or managing projects, embracing digital twins means stepping into a more efficient, sustainable, and successful future. <p>Let's get twinning!<br>-Shaan<br><br>I am now nearing the end of my unplanned sabbatical period, and now actively seeking and engaging talks with people for technology consulting projects or full-time roles. <br>If you want to talk, send me an <a href="file:///C:/Users/shaan/AppData/Local/Temp/OpenLiveWriter428381796/BE2C9CB94F98/btl@shaanhurley.com">email</a> or give me a call.</p></div>
How Might AI Impact the AEC industry and Constructiontag:typepad.com,2003:post-6a00d8341bfd0c53ef02b68536fa0f200d2023-05-09T12:38:22-07:002023-05-09T12:46:55-07:00The Architecture, Engineering, and Construction (AEC) industry is one of the most rapidly evolving industries of the 21st century, and to me, it is feeling like the speed is accelerating. With the introduction of AI (Artificial Intelligence), the industry is...Shaan Hurley
<div xmlns="http://www.w3.org/1999/xhtml"><p><img width="740" height="234" title="How Might AI Impact the AEC industry and Construction" style="border: 0px currentcolor; border-image: none; display: inline; background-image: none;" alt="How Might AI Impact the AEC industry and Construction" src="https://www.btl-blog.com/.a/6a00d8341bfd0c53ef02b751a46234200c-pi" border="0"><br><br>The Architecture, Engineering, and Construction (AEC) industry is one of the most rapidly evolving industries of the 21st century, and to me, it is feeling like the speed is accelerating. With the introduction of AI (<a href="https://en.wikipedia.org/wiki/Artificial_intelligence">Artificial Intelligence</a>), the industry is undergoing a transformation that is expected to have a major impact on the AEC design tools, data, construction process, and the entire industry, including all of us. The what and how we build.<p><strong>The potential applications of AI in the AEC industry are vast and varied, and growing every day.</strong> From supporting the design of complex structures and systems, to helping to manage large-scale infrastructure projects, AI is already beginning to help shape the future of the AEC design and construction industry.<p>One prominent advantage of integrating AI within the AEC industry is the automation potential it brings to various facets of the design and construction process. <p><strong>Here are a few key areas where AI might play a transformative role:</strong><ul><li><strong>Streamlining Design and Planning:</strong> AI emerges as a game-changer in optimizing architectural designs and layouts. It bolsters the ability to swiftly run simulations and evaluate numerous design alternatives, fostering efficiency, cost-effectiveness, and sustainability. It can scrutinize data from previous projects to offer insights and generate predictive models for future projects. AI-enabled software can process vast amounts of data to spot potential design flaws, leading to faster and better designs. </li><li><strong>Enhancing Estimation Accuracy and Workflow:</strong> AI can reduce project completion time, improve estimation accuracy, and streamline construction team workflows. By harnessing the power of AI in data analysis and prediction, AEC firms can make rapid and precise decisions.AI can also automate laborious tasks such as material estimation and cost calculations, creating room for more creative and critical tasks.</li><li><strong>Implementing Virtual Construction Site Models:</strong> AI allows the creation of virtual models of construction sites, facilitating an accurate project visualization. This technological advantage enables AEC firms to plan construction projects more efficiently and make more informed decisions.</li><li><strong>Boosting On-site Safety:</strong> The integration of AI can drastically improve construction site safety. AI-powered sensors can detect potential dangers and alert workers in real-time, thus mitigating risks. Automation of safety protocol creation through AI ensures comprehensive adherence to necessary safety measures by all site workers.</li><li><strong>Automating Construction Processes:</strong> AI has the potential to automate monotonous tasks such as bricklaying and concrete dispensing. AI-guided robots and autonomous vehicles can execute these tasks more efficiently and safely.</li><li><strong>Optimizing Project Management:</strong> AI can forecast project timelines and budgets, ensuring projects stay on track. It aids in managing resources effectively and navigating unforeseen changes and delays.</li><li><strong>Assuring Quality:</strong> AI-powered drones and rovers can monitor construction sites using many types of sensors from cameras to LiDAR to identify discrepancies, and verify work with designs. These devices can also be used to compare real progress with the project schedule and provide real-time updates.</li><li><strong>Enhancing Supply Chain Management:</strong> AI can streamline the supply chain by predicting material and resource demand, reducing waste, can help in ensuring proper delivery when and where needed, and assist in cost monitoring and controls.</li><li><strong>Simplifying Maintenance and Operation with a Digital Twin:</strong> AI can forecast maintenance needs and optimize building operations post-construction. For example, AI can analyze data from embedded building sensors to predict when maintenance is needed, avoiding expensive repairs or perhaps a better operating condition and tuning.</li><li><strong>Supporting Sustainability:</strong> AI can contribute to the design and operation of more sustainable buildings by optimizing energy consumption and reducing waste.</li><li>And many more possibilities. Feel free to post your ideas and thoughts in the comments.<br><br></li></ul><p><strong><em>While AI offers large opportunities for the AEC industry, it's crucial to acknowledge the associated challenges</em></strong>, including data privacy and security, job displacement due to automation, and the need for substantial investment in technology and skills training. <br><br>Managing these challenges effectively is vital for the successful implementation of AI in the AEC industry. AI doesn't have to mean anything evil or negatively disruptive. AI is a technology tool that when used properly can result in some very positive benefits.<br><br><img width="720" height="720" title="Darth Designing a Building" style="border: 0px currentcolor; border-image: none; display: inline; background-image: none;" alt="Darth Designing a Building" src="https://www.btl-blog.com/.a/6a00d8341bfd0c53ef02b751a46238200c-pi" border="0"></div>
AEC Design Software Trendstag:typepad.com,2003:post-6a00d8341bfd0c53ef02b751a042b1200c2023-04-14T11:51:03-07:002023-04-14T11:51:03-07:00The AEC Trend Nostradamus.. The Architecture, Engineering, and Construction (AEC) design software and technology market has been rapidly evolving over the past two decades, with numerous trends shaping or morphing the industry. Here are some of the most significant trends...Shaan Hurley
<div xmlns="http://www.w3.org/1999/xhtml"><p><img width="740" height="740" title="AEC Trend Nostradamus" style="border: 0px currentcolor; border-image: none; display: inline; background-image: none;" alt="AEC Trend Nostradamus" src="https://www.btl-blog.com/.a/6a00d8341bfd0c53ef02b7517beaad200b-pi" border="0"><br><font size="1">The AEC Trend Nostradamus..</font><br><br>The Architecture, Engineering, and Construction (AEC) design software and technology market has been rapidly evolving over the past two decades, with numerous trends shaping or morphing the industry. Here are some of the most significant trends that have emerged in recent years:<ul><li><p><strong>Cloud-based solutions:</strong> <br>Cloud-based AEC design software has become increasingly popular due to its accessibility, scalability, and flexibility. This trend has enabled users to collaborate on projects in real-time and work from anywhere, leading to increased productivity and reduced costs.Harnessing the cloud processing and data better allows mobile apps to help professionals work on-the-go.</p><li><p><strong>Artificial Intelligence:</strong> <br>The integration of artificial intelligence (AI) and machine learning (ML) in AEC design software has become increasingly common. AI and ML can help automate tasks such as scheduling, material selection, and design optimization, leading to increased efficiency and reduced costs.Imagine a ChatGPT for AEC designs.</p><li><p><strong>Generative design:</strong> <br>Generative design leverages artificial intelligence, machine learning, and computational algorithms to optimize designs based on specific goals and constraints. This approach can help AEC professionals to explore more design options, improve efficiency, and achieve more sustainable outcomes.</p></li><li><strong>Digital twins:</strong> <br>The use of digital twins—virtual representations of physical assets and sensor systems is growing. They enable better monitoring, analysis, and optimization of building performance, helping to inform decision-making throughout a building's lifecycle. As IoT and smart building technologies advance, AEC software is incorporating features that enable the design and management of connected, intelligent building systems. These are not just merely a 3D model or a fad.</li><li><strong>Convergence:</strong><br>The convergence of AEC and manufacturing is being driven by the need for improved efficiency and productivity. Both industries face similar challenges when it comes to reducing costs, improving quality, and accelerating project schedules. By adopting similar tools, processes, and techniques, AEC and manufacturing companies can learn from each other and share best practices, leading to increased efficiency and productivity. A area currently seeing evidence of the convergence is Industrialized Construction, Mass Timber, and Modular and prefabricated construction.</li><!--EndFragment--><!--EndFragment--></ul><p>In conclusion, the AEC design software market is rapidly evolving. These trends are driving innovation and helping AEC professionals to work more efficiently, effectively, and collaboratively. Please note that these trends are subject to change as the AEC industry continues to evolve, and new innovations and disruptive technologies emerge with the many notable AEC startups like <a href="https://www.snaptrude.com/">Snaptrude</a>, <a href="https://hypar.io/">Hypar</a>, and <a href="https://testfit.io/">Testfit</a> that will be making AEC tech market big gorillas lose sleep.<br><br>What are your top trends and needs? Data interoperability between platforms and vendors, sustainability, analysis, pre-vis, or AR/VR/MR/XR? Go ahead and post a comment with your own trends you are seeing, or need.<p>-Shaan</p></div>
Autodesk Open Sourcetag:typepad.com,2003:post-6a00d8341bfd0c53ef0282e1442521200b2022-02-14T15:47:23-08:002022-02-16T06:10:27-08:00Autodesk Open Source provides the global community of innovators an opportunity to learn, contribute and grow. Visit our Open Source site and see how you can get involved in our latest projects: opensource.autodesk.comShaan Hurley
<div xmlns="http://www.w3.org/1999/xhtml"><p><a href="http://opensource.autodesk.com"><img width="740" height="115" title="Autodesk Open Source - Open. Extensible. Impactful" style="border: 0px currentcolor; border-image: none; display: inline; background-image: none;" alt="Autodesk Open Source - Open. Extensible. Impactful" src="https://autodesk.blogs.com/.a/6a00d8341bfd0c53ef02942f999960200c-pi" border="0"></a></p><p><a href="https://www.autodesk.com/">Autodesk</a> Open Source provides the global community of innovators an opportunity to learn, contribute and grow. Visit our Open Source site and see how you can get involved in our latest projects: <a href="http://opensource.autodesk.com">opensource.autodesk.com</a><strong></strong></p><p><a href="http://opensource.autodesk.com"><img width="644" height="494" title="Autodesk Open Source" style="display: inline; background-image: none;" alt="Autodesk Open Source" src="https://autodesk.blogs.com/.a/6a00d8341bfd0c53ef0278806b8bdd200d-pi" border="0"></a></p></div>
Digital Twin is So Much More Than Just a 3D Modeltag:typepad.com,2003:post-6a00d8341bfd0c53ef0282e11c1058200b2021-08-26T09:04:59-07:002021-08-26T09:06:27-07:00A digital twin is not just a 3D model representation of something in the real world. A digital twin can contain more information than even a BIM model and can include contextual IOT sensor data, simulation data, real-world performance data,...Shaan Hurley
<div xmlns="http://www.w3.org/1999/xhtml"><p><a href="https://autodesk.blogs.com/.a/6a00d8341bfd0c53ef0282e11c1065200b-pi"><img width="644" height="420" title="Digital Twin is So Much More Than Just a 3D Model" style="display: inline; background-image: none;" alt="Digital Twin is So Much More Than Just a 3D Model" src="https://autodesk.blogs.com/.a/6a00d8341bfd0c53ef0278804397c1200d-pi" border="0"></a><br><br>A digital twin is not just a 3D model representation of something in the real world. A digital twin can contain more information than even a BIM model and can include contextual IOT sensor data, simulation data, real-world performance data, controls, predictive insight, and more.<br><br>A great example of a digital twin project is my friend and colleague <a href="http://through-the-interface.typepad.com/through_the_interface/about-the-author.html"><strong>Kean Walmsley's</strong></a> <a href="https://dasher360.com/">Project Dasher</a>.<br><br></p><h3><a href="https://medium.com/autodesk-university/lessons-from-project-dasher-building-a-digital-twin-using-forge-fbff311cb2a3">Lessons from Project Dasher: Building a Digital Twin Using Forge</a></h3></div>
Autodesk Tandem Availabletag:typepad.com,2003:post-6a00d8341bfd0c53ef027880376446200d2021-07-12T08:23:01-07:002021-07-12T08:23:01-07:00Just announced: “Autodesk Tandem digital twin platform is now commercially available and enables teams to harness BIM and transform the Built-Asset Lifecycle in a completely digital process. https://autode.sk/2VsHh6R”Shaan Hurley
<div xmlns="http://www.w3.org/1999/xhtml"><p><a href="https://autode.sk/2VsHh6R"><img width="744" height="470" title="Autodesk Tandem Available " style="display: inline; background-image: none;" alt="Autodesk Tandem Available " src="https://autodesk.blogs.com/.a/6a00d8341bfd0c53ef026bdedf8a81200c-pi" border="0"></a><br>Just announced:</p><p>“Autodesk Tandem digital twin platform is now commercially available and enables teams to harness BIM and transform the Built-Asset Lifecycle in a completely digital process. <a href="https://autode.sk/2VsHh6R">https://autode.sk/2VsHh6R</a>”</p></div>