Let’s take a look at how we can use 3ds Max software in photo shoots for advertising campaigns. We used 3ds Max to help The Sunday Times produce campaigns for Kia Motors and Grundig. 3ds Max helped us meet publication deadlines that wouldn't be possible with photography. When sourcing and constructing sets was unfeasible, 3ds Max stepped in. Using interactive rendering alongside a photographer, we placed influencers in their dream kitchens. After putting four influencers into virtual sets, we conducted a car shoot with a specific shoot location but without the car (the Kia e-Niro release was imminent and the car was not in the country). In this talk, you will learn how we used computer-generated imagery (CGI) to complement photography, and how we used interactive rendering for instant feedback, saving hundreds of hours in production by using 3ds Max.

Generative Design is the most advanced and powerful design tool among many industrial fields, yet it needs to apply several processes for taking the specific and appropriate outcome to address them further production phase. In this session, we will introduce our design development process which profoundly incorporates with the Generative Design, from our latest several design projects. Generative Design still needs several processes for further implication into current design development. Sculpting is the most reliable application for reproducing the generated geometry to "engineering verification structure". However, it is also a considerably irrelevant perception from a conventional design process among designers. In this session, we will introduce from our latest design method that idea of integration process about Generative Design and sculpting technic, which has been utilised in several projects such as DENSO ECU Concept (Deserved iF Design Award)

Projects today need one or several persons to ensure that digitalization, data flow, collaboration, and intelligent models are set up and working. This session will discuss the most-common roles—digital collaboration manager, building information modeling (BIM) manager, and BIM coordinator—and the expectations and responsibilities of these different roles. In addition, we'll look at how Fornebubanen Metro has standardized how nine different BIM coordinators work, how we've managed their different personalities to fit with the standardization, and how they've advanced in practice through a project that has lasted for 12 years and has 10,000 models in BIM 360 and 12 federated models in Navisworks software. We'll see how their work has ensured a model-based project from start to finished construction, and how important their roles are to connect the design to construction. Their work has taken model-based construction to a new level, ensuring more value for all parts of the project.

3D printing has become increasingly popular on construction sites, allowing firms to facilitate the construction process and decrease carbon footprint. It's a challenging exercise, due to the size of elements and the fact that they can't be reinforced, nor can the finishes be easily achieved. In order to democratize 3D printing, the decision was made to tackle the problem differently. The creation of 3D-parametric-printed formworks, urban furniture, or complex beam nodes/intersection is automated. This enables the reduction of production time and costs, as these elements can be produced in an infinite quantity and easily mounted on site. It also enables carbon footprint reduction by getting rid of wooden formworks and trucks for concrete pouring, and reducing the waste and time involved in creating those elements. The use of parametric elements to create these objects allows a full customization and replication. A deployment kit has been created for their subcontractors. Spie batignolles is becoming the first contractor-printer!

Our panel discussion will be on the design-build process and how geographic information system (GIS) solutions improve project delivery. We'll also cover various aspects of construction, including construction monitoring, risk analysis, operations and maintenance planning, and site analysis. The panelists will share insights and project examples on how GIS technology has been used to monitor and track construction progress in real time, identifying potential risks and hazards associated with the construction process, and developing effective plans tailored to the project's specific needs. GIS technology can provide a comprehensive view of the site, including its topography, land use, and infrastructure, enabling the project team to make informed decisions throughout the design-build process. The discussion aims to provide a comprehensive overview of the design and design-build process and how GIS can be combined with building information modeling (BIM) and together maximized to improve project delivery.

Innovation drives the work Paric does to help improve organizational efficiencies. With the ever-growing construction technology ecosystem, data silos become a real obstacle to get the most out of these tools. Autodesk provides many powerful software systems that can help simplify our lives, but it can be a challenge to get the different products to work together across an organization and with other tools. By maximizing the APIs provided by Autodesk Platform Services, and using tools like Autodesk Construction Cloud Connect, you can automate and streamline these processes to simplify what are otherwise repetitive and error-prone processes. These automations can provide the basis for future integrations across business operations. In this course, you will learn how Paric partnered with Autodesk Construction Solutions to automate the workflows between a CRM and Autodesk Build to reduce the required employee resources, increasing operation efficiencies and implementation of established corporate standards.

This session will discuss a company's successful shift from 2D construction to 3D construction. By capitalizing on advanced digital technology, the company was able to transform its traditional 2D construction process into a more efficient and accurate 3D construction process. The new 3D process involves the creation of detailed 3D models using building information modeling (BIM) software, which allows for improved visualization, coordination, and communication between different stakeholders. The use of 3D models enables the company to detect and resolve potential design clashes, constructability issues, and conflicts between building systems before the construction phase, resulting in significant time and cost savings. Furthermore, the use of 3D models allows for more-accurate quantity takeoffs, material planning, and construction scheduling. By implementing 3D construction, the company is able to improve project quality, speed, and cost savings while maintaining high standards of safety and compliance.

This class will discuss the uses of Revit families, data, scheduling, and the Revit API to push Revit content to the prefabrication factory floor. We'll discuss what goes into the families, how we condition the families for prefabrication-specific content, and how we pull that content out with custom tools to send to the factory floor. We'll cover the main issues of communication between the design team and the prefabrication team, how we've solved these issues, what we output for the team, and how they use it to create the preconstruction packages.

The construction industry is undergoing a major digital transformation due to rapid industrialization, which brings pressing challenges, including workforce adaptation, lack of standardization, and skill gaps. As change accelerates, professionals struggle to keep up, and vulnerabilities become exposed, threatening project integrity and widening industry disparities. This panel discussion offers a timely platform for experts to share insights, experiences, and best practices for navigating the industrialization of construction. By addressing the urgent need to adapt to new technologies and methodologies and manage risks, this panel will foster dialog and collaboration among industry professionals. As a result, you will learn about the knowledge and tools needed to thrive in the industrialization era, bridging gaps and maximizing opportunities presented by advanced technologies. Professionals will be empowered to overcome challenges and maximize sustainability, efficiency, and innovation.

How can you feel more secure in your choice of technology? Skanska Sweden tried something new in the process of transitioning from BIM 360 to Autodesk Construction Cloud. Construction lifecycles are too long for evaluation, so alongside investigations, pretend play, and meetings, Skanska arranged a three-day focused Autodesk Construction Cloud Power Pilot together with Autodesk. In this session, Linn Areno from Skanska will join Pontus Bengtson from Autodesk to tell you why they did this and what pros and cons are involved in carrying out a focused Power Pilot. In addition, we'll also talk about how to transform the industry to get back to the concept of pride in craftsmanship when we go from project to product with information at the center.

In construction, project success depends on identifying trends and finding ways to capitalize on those trends to improve workflows. Thanks to the Autodesk Construction Cloud platform's robust Data Connector, this data does now exist—and if it's managed well, it can boost safety, quality, and productivity on current and future projects. Issue arises in identifying these trends and analyzing them in an effective manner. Barriers to entry involve not knowing how to access the data, lack of understanding on how to analyze data if it is available, not continuously following up on the data to understand when changes need to be made, and not creating useful visuals to explain data to internal and external partners. This industry talk will specifically focus on how Autodesk Construction Cloud data can be maximized effectively both on a project level and an executive level. We'll dive into what data and trends typically will show indicators of pending procurement issues, safety issues, quality issues, and design issues, and then we'll explore how to effectively share this info.

Finding a suitable cost management tool that works for the construction industry is not an easy task, especially in Southeast Asia. Most tools are either too complicated, not user friendly, or simply not suitable for us in Gamuda. Getting the right tool within a good ecosystem is even more rare. Somehow, Autodesk has done it right again—with the release of the Autodesk Construction Cloud Cost Management API. Cost Management is simple to start with, flexible, and has good APIs for extending its capabilities. This session will be a journey from spreadsheets to building tech in cost management for Gamuda.

With rising material costs and razor-thin margins, construction takeoff—including accurate material quantification and cost estimates—is essential to starting and executing jobs on budget and on time. Autodesk Takeoff, with centralized 2D and 3D takeoffs, allows estimating teams to update quantities in real time, using the most up-to-date design files. By connecting existing building information modeling (BIM) data, Autodesk Takeoff can reduce takeoff and estimating times by 25% or more, minimize the risk of missed quantities, and guarantee accurate data capture. In this technical instruction, Edwin Bailey (senior preconstruction technology manager at Skanska) will showcase the workflows, techniques, and best practices for using Autodesk Takeoff, with real-world examples from Skanska's Class A Montrose project in Houston, Texas, among other examples.

VINCI Construction aims for data reliability and security along with enhancing team productivity. VINCI developed an Autodesk Platform Services-powered hub that connects Autodesk tools within a unified and ergonomic web environment. VINCI is still accelerating the harnessing of Autodesk technologies to supply customized tools for internal needs and strategy. First, we will present the new Autodesk Platform Services integration that enables automation using Autodesk Platform Services along with open-source technologies, a perfect combination to achieve VINCI's inclusive digital transformation. Additionally, we will give insights into how these technologies simplify building information modeling (BIM) integration at various organizational levels, fostering on-site collaboration and cross-organizational efficiency. Then, we will present the project ROI and discuss its role in overcoming industry fragmentation and lack of productivity. Finally, we will showcase our data-harnessing approach through our internal hub using Autodesk technologies and cloud platforms.

This class aims to help professionals in the construction industry optimize their preconstruction workflows using BuildingConnected and Autodesk Construction Cloud. You'll learn how to maximize the capabilities of BuildingConnected's bid procurement features in conjunction with Autodesk Construction Cloud document management capabilities to streamline your bid management process, along with the seamless transfer of data from bidding to project management. Additionally, you'll learn about automating workflows.

Indiana Department of Transportation (INDOT) is focusing on improving and enhancing its project delivery and construction processes to enable a collaborative and team-oriented contract for construction. To handle risk more effectively, INDOT is placing a greater emphasis on schedule data in the contract and throughout contracts. INDOT has started a three-year pilot using Autodesk Construction Cloud to manage the highest-risk contracts. Autodesk Construction Cloud will provide our construction teams with the collaborative environment to proactively handle risk to deliver our program on time and budget. This presentation will examine some of the major projects within INDOT's program, including the I-69 Finish Line corridor at nearly $2 billion in total work. We will show examples with Autodesk Construction Cloud to demonstrate how a cross-functional team can deliver the highest-risk projects with great success.

An often-overlooked sustainability challenge in the architecture, engineering, and construction (AEC) industry is: What should we do with all existing individual houses? Current technology enables sustainable design of new houses. However, climate change cannot be addressed without tackling the existing building stock. More than 62 million single-family houses need thorough renovation if we are to fulfill the EU climate ambitions by 2050. This means tackling 6,000 houses per day, starting today—in Europe alone! We'll demonstrate how artificial intelligence (AI), and generative design will support building owners and architects to quickly come up with new sustainable design options, ready for industrialized prefabrication with standardized elements. In this session, you'll learn how AI can add flexibility in the design with standardized elements. You'll find inspiration for a new balance between standardization and flexibility. We'll show applications for detached houses as well as terraced houses with complex shapes and requirements.

Architecture, engineering, and construction (AEC) professionals want to create cost-effective, sustainable projects and are looking for technologies, standards, and processes to help them make trade-offs between financial and environmental costs during design and preconstruction. Forward-looking firms—including Walsh Construction and SNHA (a Woolpert Company)—took part in a pilot to test new integration between Embodied Carbon in Construction Calculator (EC3) and Autodesk Takeoff, the 2D and 3D quantification solution. Using quantities from Autodesk Takeoff, EC3 users can review the embodied carbon emissions of proposed building materials. Further, it can connect the quantities and carbon emissions to the International Cost Management Standard (ICMS), a framework that provides mythology for reporting and for classifying project costs and carbon emissions in a structured format. Come see the integration and hear from industry leaders about their sustainability goals as they share feedback and lessons learned.

Mandai Bird Park Project is an innovative sustainable-construction initiative in Singapore designed to create Asia's largest bird park in a 23-hectaire nature reserve. The design consists of eight massive walk-through aviaries inspired by diverse habitats, 20-meter-tall waterfalls, and an 84-meter-long archway. As part of the Environmental Management and Monitoring Plan, the team had to keep in mind sustainability and preservation goals to minimize changes to the original landscape topology, preserve existing flora and fauna, and replicate a tropical landscape incorporated within the architecture. This intensified the overall construction complexity. The class will show how we fully used building information modeling (BIM) as a single source of truth, reality capture. and cloud platforms, including drone mapping, laser scanning, and 3D surface modeling with Revit, Navisworks, Dynamo, and ReCap software throughout the virtual design and construction (VDC) implementation. This saved us 30% in survey costs, achieved 100% reuse of excavated soil, and prevented the aviaries from clashing with the trees.

After the fall of Kabul in August 2021, the U.S. military launched Operation Allies Welcome to provide housing for 15,000+ Afghan allies in 200+ military barracks in the United States. The program concluded successfully in February 2022, following the departure of the Afghan guests. These bases had been in service for decades, so wear and tear on the barracks was significant and required expedited remediation to return to military service in 2023. This is where APTIM—a global provider of services to the government, commercial, industrial, and energy and utility markets—came in and restored the buildings for use. This presentation highlights how APTIM used the Autodesk Construction Cloud platform to win the job and collaborate seamlessly. Through the implementation of Autodesk Build, SiteSense, and Esri ArcGIS Field Maps, APTIM's multidisciplinary team captured 25,000+ issues, quantified them as recommended repairs in its estimate, and converted those issues into 25,000+ successfully completed work items.