Global eTraining的动态

Did you miss yesterday's 'The Future of AEC Training' webinar? ?? No worries! Tune into our on-demand webinar replay for a deepdive into the?newly released and refreshed training tools, solutions and strategies?that are changing the future of the AEC industry – one BIM team at a time. Watch it here: https://lnkd.in/gyYgRHRH #BIM #BIMWebinar #AEC #AECTraining #Autodesk #AECWebinar

Did you miss yesterday's 'The Future of AEC Training' webinar? ?? No worries! Tune into our on-demand webinar replay for a deepdive into the?newly released and refreshed training tools, solutions and strategies?that are changing the future of the AEC industry – one BIM team at a time. Watch it here: https://lnkd.in/gyYgRHRH #BIM #BIMWebinar #AEC #AECTraining #Autodesk #AECWebinar

Learn to utilize the #Autodesk #Navisworks software in a #BIM workflow to better predict project outcomes, reduce conflicts, minimize changes, and lower project risks. Register here --> https://hubs.la/Q02SPNx_0

The AI Revolution in Construction: Predictive Design and Automated Workflows AI is reshaping construction with predictive design and automated workflows. GlobalCAD explores how this technology is transforming the AEC industry. #artificialintelligence #constructiontechnology #bim #automation #aec #digitalconstruction #futureofconstruction

AI is reshaping construction with predictive design and automated workflows. GlobalCAD explores how this technology is transforming the AEC industry. #artificialintelligence #constructiontechnology #bim #automation #aec #digitalconstruction #futureofconstruction

Discover the latest patterns in BIM-to-GIS collaboration between owners, AEC firms, and municipalities. Stay ahead of the curve with Autodesk. #Collaboration #Innovation #AEC #TeamD3 #Autodesk #BIM #AECO #GIS Tap here to learn more >> https://hubs.li/Q030pj7T0

As technology advances, the construction industry in Cincinnati is embracing digital tools and techniques to improve project efficiency and accuracy, and Spirit of Construction Foundation is seeing it first-hand. From Building Information Modeling (BIM) to drones and augmented reality (AR), technology is reshaping every phase of construction, from design to project completion. ? Building Information Modeling (BIM): BIM allows teams to create detailed digital representations of projects before breaking ground. This helps reduce design errors, facilitates collaboration, and enhances overall project planning. ? Drones are increasingly used for site surveys, inspections, and real-time progress monitoring. This technology provides more accurate data collection, reduces safety risks, and speeds up site analysis. ? Augmented Reality (AR): AR enables teams to visualize the final build within the physical environment, helping stakeholders understand design concepts and identify potential issues early. These tools are improving project outcomes and attracting younger, tech-savvy talent to the industry — a much-needed benefit as the workforce ages and labor shortages become a pressing issue.

In today's rapidly evolving world, the integration of technology into the Architecture, Engineering, and Construction (AEC) industry is reshaping traditional practices and opening up new horizons for professionals. Let's explore how tech skills can enhance career prospects in the AEC industry: ? 1. Digital Design and Modeling: Technology has revolutionized the design process, with Building Information Modeling (BIM) leading the way. BIM software enables architects, engineers, and construction professionals to create digital representations of buildings and infrastructure, facilitating collaborative design, clash detection, and efficient project management. Proficiency in BIM tools like Revit and AutoCAD can significantly enhance career prospects for architects and engineers, enabling them to deliver projects more effectively and accurately. ? 2. Construction Automation and Robotics: The adoption of robotics and automation technologies is revolutionizing construction sites, improving safety, efficiency, and productivity. From automated bricklaying robots to drones for site surveying and monitoring, these technologies are reshaping how construction projects are executed. Professionals with expertise in robotics, automation, and drone technology are in high demand, as they bring innovative solutions to construction challenges and drive efficiency gains on-site. ? 3. Data Analytics and Predictive Modeling: The availability of data and advancements in data analytics are empowering construction professionals to make informed decisions and optimize project performance. From predictive analytics for risk management to real-time project monitoring and performance tracking, data-driven insights are driving efficiency and innovation in the AEC industry. Professionals with skills in data analytics, machine learning, and predictive modeling are well-positioned to leverage data to drive value and enhance career prospects in the AEC industry. ? In summary, the intersection of technology and construction presents exciting opportunities for professionals to enhance their skills, drive innovation, and advance their careers. By embracing tech skills and staying abreast of emerging technologies, individuals can position themselves as leaders in the AEC industry and contribute to shaping the built environment of the future. ? #Technology #ConstructionIndustry #CareerProspects #AEC #BIM #Robotics #AR #VR #DataAnalytics #LinkedInDiscussion

The digitalization of the construction industry is advancing rapidly, with a strong focus on Building Information Modeling (BIM). But how can construction machinery manufacturers contribute to further increasing efficiency on construction sites through the use of autonomous and interoperable machines? ? At this year’s BIM World MUNICH, Christoph Remmers, Associate Partner Industrial Goods, discussed key trends and requirements to enable a autonomous and interoperable future on construction sites: ? ??Providing a real benefit for contractors and operators: Autonomous functions and digital solutions will only succeed if they create real value for contractors or machinery fleet operators. Examples include continuous transparency of construction progress, digital end-to-end processes from planning to invoicing, improved machine efficiency enabling faster project completion with fewer machines, and reduced fuel consumption. ? ??Common data language: Contractors and fleet operators seek transparency on construction progress and machine data from a single source—independent of the machine manufacturer. Unified and standardized data languages are essential to enable cross-manufacturer collaboration, ensure transparency, and deliver real value to customers. ? ??Openness and Vigilance: Construction machinery manufacturers need to be open to both innovation and collaboration. In addition to developing digital and autonomous functions for their machines, they must also look beyond the obvious. Technological leaps are expected that could have a significant impact and make some functions obsolete—such as humanoid robots. ? ??Strategy and business model upgrade: Existing strategies and business models need to be reassessed and upgraded. Digital and autonomous functions will shift OEMs' business focus from selling machines to offering service and rental models. ? #Construction #Machinery #Digitization #BIMuc24

This guide is for users who are new to the topic of ISO 19650 and would like guidance on how to implement it in their projects. In this paper, we will review the ISO 19650 family of standards, how it applies to building information modelling (BIM) and the common data environment (CDE), and how Autodesk tools can support your organisation with standards adoption. Learn more: https://lnkd.in/gC-yCupC #BIM #Autodesk #BuildingInformationModelling #ARKANCEANZ