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Industry Info and CAD Tips

AEC 2022 Trends – Top 10 Challenges and Opportunities

The AEC industry is currently going through an unprecedented transformation.  In the last few years, essentially every market in the world has seen a significant change. Additionally, many macro changes to our markets that would have typically taken more than a decade to manifest have been expedited by the epidemic.  The engineering, construction and design firms are and will be significantly impacted by these developments. Project plans are still being hindered by supply chain bottlenecks, labor & resource shortages, shifting regulatory constraints, and rising costs.  Let’s examine the key trends for AEC organizations to keep in mind as they move forward while still adjusting and adapting to the new normal of 2022 and beyond.  AEC Industry 2022 – What has Changed?  The year 2020 marked a turning point for the AEC companies.   The COVID-19 pandemic upended the global corporate environment and hastened the adoption of digital solutions and our capacity for remote work.   Today, there is a tremendous demand for global infrastructure and construction services, which has led to tremendous development and new prospects.   On the other hand, the global market is concurrently witnessing new heights of political and economic turbulence. Additionally, many macro changes to our markets that would have typically taken more than a decade to manifest have been expedited by the epidemic.   Project plans are still being hindered by supply chain bottlenecks, labor & resource shortages, shifting regulatory constraints, and rising costs.  Therefore, having a research-based awareness of how the industry trends are shifting and how your peers and competitors are adapting to the new industry dynamics is crucial for AEC firms looking to expand and keep a competitive edge over their rivals.   Keep your Eyes Open and Your Feet Moving Forward. A wide range of opportunities and challenges accompany such profound change.  Top 10 Key Challenges/Opportunities for The AEC Industry – 2022 & Beyond  1. Unpredictability Needless to say, market volatility is the paramount concern of any business out there.  More than ever, AEC companies must delve deeper into their customers and prospects. Only when a company fully comprehends its audience can you stand out as a business partner or employee.   Understanding how your company differs from its competitors is necessary to confidently identify key differentiators. Companies need to speak with their customers, staff, and partners to learn what has differentiated them from the competition and what hasn’t.  On the other hand, architecture, engineering, and construction (AEC) businesses are facing significant challenges as it aims to meet the rising demand for assets to be constructed, operated, built to a standard, and maintained more quickly, at a lower cost and risk. Most firms’ current non-integrated business systems and processes will simply not be enough if they want to compete in the future.  Without a unique value proposition, firms will eventually find themselves in a difficult position. Businesses need to specialize and figure out how they uniquely add value to tasks and clients.   Therefore, Technological & Collaborative solutions are growing as an essential requirement in the competitive AEC industry.  2. Rising Costs Rising costs are a major concern for AEC organizations of all sizes. Budgets are being reviewed by AEC experts, who are also searching for ways to cut costs and limit price rises for clients.  AEC executives are looking at technology and collaborative solutions that help save time, money, and energy to achieve corporate goals. You may lead your businesses into the next decade and beyond by concentrating on sustainable business practices.  Working with an offshore workforce, on the other hand, has a number of advantages, one of which is the ability to obtain more for less. Larger teams, competent specialists, and greater back-end assistance could be examples.   The CAD outsourcing companies already have delivery centers and skilled resources who have been pre-trained on the AEC industry standards and codes. Because of international currency exchange rates, organizations in the Global North frequently use outsourcing companies in the Global South to help them manage their businesses at a reduced cost.  3. Digital Transformation/Collaboration Traditionally, the industry has prioritized gradual and slow improvements. This, however, will no longer suffice. Projects are becoming increasingly larger and more complex. The increased demand for ecologically conscious construction means established approaches must alter. The scarcity of competent resources and technological competence will only worsen. These are complex concerns that necessitate novel approaches to thinking and doing.  Even though the AEC sector is primarily concerned with the actual construction of sites and buildings, technology is constantly changing how we do everything. The application of technology and procedures to how we do business is known as digital transformation.  Technology is being used increasingly often and in a wide variety of ways. Technology is now being used for new purposes, such as the advanced rendering of the built environment, 3D laser scanning, reality capture, and the removal of paper from our operations in favor of digital ones. Architecture, engineering, and construction firms must comprehend the digital revolution of their industry and start moving in that direction if they want to compete. If not, they risk falling behind.  4. Remote/Hybrid Model Collaboration capabilities are even more essential for simplifying workflows in remote and dispersed teams. Your project stakeholders should be equally connected because technology has virtually everything connected. Consider what you can Control. Emphasize fostering a wonderful work culture, robust business & financial models that support team growth, and development and growth possibilities.  The job market is the one factor you have no control over. Both job seekers and your workers are in a stronger position to choose where they work. Due to the expansion of the architecture, engineering, and construction industries, workers can simply find another fantastic employer where they can earn more money and have more flexibility.  5. Restructuring Your Firm For most of its lifespan, a firm goes through various stages. Depending on the company’s success and the broader economic outlook, some of these phases will involve expansion or recession. Employee strength, company goals, budget allocations, technology adoption, and so on all undergo significant change and

AutoCAD Civil 3D 2023 Hits the Road – Key Features and Updates

The new features in all of the Autodesk products are always interesting to see.   Autodesk has formally launched Autodesk Civil 3D 2023 along with the associated Autodesk Civil Infrastructure 2023, a group of products, which also includes:  Project Explorer 2023   Grading Optimization 2023  Geotechnical Modeler 202  Subassembly Composer 2023  Infrastructure Parts Editor  Autodesk Vehicle Tracking   Infraworks 2023  Autodesk Connector for ArcGIS  AEC Collection subscription is required to access several features, such as Project Explorer and Grading Optimization. Civil 3D 2023 does, however, come with several fantastic new features and capabilities.  Let’s take a closer look.  AutoCAD Civil 3D 2023 – Key Features and Updates  This year, Autodesk focused on adding or repairing functionality in response to customer demands in addition to performance improvements. Let’s look at some of the essential details regarding this new edition of Autodesk Civil3D.  Numerous new AutoCAD 2023 and Map3D 2023 graphics and printing performance improvements are featured in the new Civil 3D 2023, which may have an impact on your existing project work and processes.  Let’s check out the new updated and key features Autodesk Civil 3D 2023 has to offer:  Grading Optimization (GO) Given that Grading Optimization is one of the best new tools for Autodesk Civil 3D in a very long time, we are certain that there will be a tonne more information and updates in the future. The following new features are added to GO (Grading Optimization) 2023, which was released last year.  Revival of non-colinear segments in Civil 3D 2023 – Feature lines frequently overlapped and were returned as “colinear feature lines” in earlier iterations of the software when the optimized surface was supplied to Civil 3D. The number of feature lines a customer must manage, and the drawing instability both decreased in 2023 when feature lines are returned as non-colinear.  Notification Center – Conflicts between constraints are one of the details regarding the optimization process that are provided by the Notification Center, a new interface.  Enhanced Convergence and Validation Graphs – Customers can use this information to track the development and effectiveness of the optimization thanks to these graphs. The graphs have been improved to offer more visibility and more beneficial support throughout the optimization process.  Enhanced Progress Bar – The progress bar has been improved to display visual indicators of the optimization process’ present stage.  Help Center – This new interface gives users access to user assistance resources such as the GO help system, basic workflow support, tutorials, and sample documents.  Pressure Pipe Network A pressure network’s pipe run profile will only add grips to the reduced lengths rather than to all of the PVIs. This facilitates editing the profile. You can now choose to follow a different profile in a particular set of stations as an alternative.  The property selected for a pressure plan part may also be displayed in the profile view label. Gravity pipe networks also fall under this.   Some customer-requested enhancements are also added to the pressure pipe network in Civil 2023 which include:  PVIs on the pipe run profile has been reduced to simply cut lengths and elbows.  The dynamic column was eliminated from the Pipe Run Profile dialogue.  The Pipe Run Profile Dialog now includes a Reference Profile. At PVIs, break cut lengths  The tooltip’s text for “Cleanup PVIs” has been changed.  Default cut length from feature settings should be used if there isn’t one in the parts list.  Corridor Solid Property Set & Targeting Based on BIM requirements, Civil 3D 2023 expands the property set data for corridor solids. Additionally, it includes options for targeting filter corridors, multiple surfaces, and dynamic targeting of particular layers.  The functionality has changed so that after choosing a layer as the target, all additional items added to that layer will be dynamically added as targets.  Expanded corridor solids property set data  Data for the property set is dynamically updated as the corridor changes.  Even after a corridor revision, the solid handle ID remains.  Targeting in a dynamic layer  Tooltips in the Target Mapping dialogue box that are helpful  Sort feature lines and alignments by character or name.  Target several surfaces simultaneously  Rail Switch & Crossings Enhancement – Utilize the US turnout catalog that is now part of Civil 3D and create rail can’t labels at each station along an alignment. The new turnout feature has been expanded to include custom inputs and now supports US standards.  Make use of the US unique trackwork catalogs  Replace the current catalog with a customized one.  Any station site can produce a new cant information label.  Subassembly Composer enhancements Now, any unsaved modifications will be indicated by an asterisk next to the file name. A new Auxiliary Curve node has also been added to facilitate the creation of auxiliary geometry.  The ability to build an auxiliary curve object has been added (comparable to the auxiliary line and auxiliary point objects).  Customers can generate temporary geometry to serve as the foundation for other design aspects using the auxiliary curve.  An added indicator alerts users when modifications to the subassembly they are working in have not yet been saved.  Project Explorer Enhancements The capabilities of Project Explorer have grown ever since they were first introduced in Civil 3D 2021.1.  The 2023 version adds even more capability to reporting and tables by enabling the display of quantity totals for rows and columns as well as customized remarks. These values are shown in the Object tab and report when you enable the Total Cell setting.  By setting the Total Cell to yes in the Object Sets, you can display the totals row for AutoCAD tables. The Edit Table Styles feature gives you complete control over the text size and row heights for tables. You can individually change the total rows and data rows’ sizes and texts in this window.  Display totals in the Project Explorer dialogue box  Create rows and columns for total quantities  Control text size and row height  Compare COGO points and parcels to feature lines  Viewport Enhancements When you access a

BIM SyncShare Blends with Autodesk Construction Cloud

BIM SyncShare Blends with Autodesk Construction Cloud

New integration with Autodesk Construction Cloud has been added to the distributed cloud-based document management system BIM SyncShare. Construction files can now be imported straight into BIM SyncShare from Autodesk Docs, Autodesk Build, or BIM 360 by project teams. Project stakeholders can establish shared working folders using BIM SyncShare to transfer files between internal servers and numerous external cloud storage services like Google Drive, Dropbox, and OneDrive. Users can also invite collaborators to a project who can be given access to selected working folders. This allows the collaborators to always have access to the files they need when they need them. BIM SyncShare Video Source: bim syncshare BIM SyncShare is a distributed document management system with a cloud-based framework that lets teams seamlessly sync, access, and share the files they need. BIM SyncShare enables you to unlock your cloud and local files instantly and automatically. BIM SyncShare Features Stay Connected – Organize teams across the world to ensure global production. functioning directories that can be accessed that coordinate and share files between different internal and external destinations.  Easy Access – Easily access all of your local server and cloud files through a single shared project site. Create working folders on a single platform to transfer data between internal servers and remote destinations, such as Autodesk Construction Cloud and Google Drive. Synchronize Data – Your files can be effortlessly synchronized across internal servers and external cloud hosting services. Customize and automate the synchronization process between all of your working folders. Possess the knowledge that your team members are constantly in sync and using the most recent versions of the documents. Collaborate & Communicate – Invite team members and provide them with immediate access to all the files they require. For the best project organization, provide team members access to collaborative working folders. As projects are finished more quickly and cost-effectively, time and expense are reduced. “Having a wide range of construction stakeholders leads to a multiplicity of different software solutions on any one project, impacting efficiency, accuracy, and project complexity,” said James Cook, director, partner integrations, Autodesk Construction Solutions. The cloud-based platform of BIM SyncShare lowers the risks of complexity and delays by guaranteeing that teams are using the most recent files. Customers can achieve tighter cooperation and stronger alignment for projects that are completed on time and within budget thanks to the connection with Autodesk Construction Cloud across the most popular cloud storage tools. According to Sarah Kostianos, founder of BIM SyncShare, “as remote collaboration has grown more common, it can be difficult for construction teams to organize file distribution and make sure everyone gets the knowledge they need to accomplish their work.” “BIM SyncShare can save partners time by ensuring they always have the most recent data rather than waiting on deliverables,” says one partner. Follow Indovance Inc. for AEC Industry Updates and Global Construction News. Indovance Inc. with its exclusive delivery hub in India is a global CAD technology partner serving the needs of the AEC industry since 2003. At Indovance, we focus on the unique need of each project or client and believe in addressing the real challenges and guarantee that the process will be well-coordinated, smooth, efficient, and hassle-free. We collaborate with our customers around the world to develop bespoke business solutions using our enormous engineering talent pool and state-of-the-art technology. To deliver long-term engineering and business strategies, we align with your culture and processes to create an unbreakable partnership. With over 500 full-time employees and more than 600 customers in the US, Europe, India, and Asia, we are poised for the next level of success. For more queries regarding any of the above-mentioned topics, feel free to connect with us on our website www.indovance.com or contact us on +1-919-238-4044

10 Industries that Transformed with Geographic Information System (GIS) Application

10 Industries that Transformed with Geographic Information System (GIS) Application

Organizations nowadays have access to an enormous amount of data since technology is now a vital component of practically every part of a business. Forward-thinking businesses understand that by effectively analyzing this data, they can deploy resources for maximum impact and acquire a competitive advantage in the market.  Today a growing number of decision-makers are using systematic data analytics rather than just relying on their gut instinct and prior knowledge.   Large-scale geographical data can be gathered using a geographic information system (GIS) to assist professionals in making strategic decisions. There are more and more instances of GIS in business thanks to the widespread use of GIS technology. The best GIS projects may be those that use technology to enhance public health and community infrastructure, but these intricate information systems may also be utilized to help businesses and their facilities save time, money, and energy.  GIS technology can be used by innovative individuals in almost any business. Let’s take a look at 10 typical examples of sectors that Transformed with GIS Applications.  What is Geographic Information System (GIS)?  Location awareness is a common factor, allowing organizations to easily visualize and analyze data across the widest range of datasets. GIS technologies are at the core of this transformation. Industries that are utilizing advanced GIS tools have a proven record of improving their customer focus and agility.  GIS, or geographical information system, is software that analyzes, stores, and manipulates geographical information so that it can be seen concerning other things. It can be used across numerous industries to gather all kinds of information from environmental data to determine logistics.  Let’s take a look at some of the industries where GIS can be used to increase efficiency.  10 Industries that Transformed with GIS Application  1. Urban Planning  Planning a city requires more prepping than just finding empty lots and building on them. The placement of commercial, governmental, public, and residential structures affects the residents’ quality of life.  The amount of space available to planners to add a building, a road, or fix deteriorating infrastructure decreases as modern cities grow. Additionally, developers must consider any potential effects on plant and animal life. Urban planners extensively rely on GIS technology to appropriately accommodate a community’s residents while limiting damage to currently existing historic structures or natural places.  To decide the most effective approach to add alternative energy resources to a community, planners might also study spatial data. Using GIS mapping, it may be possible to pinpoint the ideal locations for setting up smaller-scale renewable energy equipment, such as wind or solar farms in idle parking lots.  2. Transportation   In many aspects of transportation, location is crucial. Your data is simple to comprehend, examine, and act upon thanks to a location-based system of engagement built on GIS technology. Put location at the center of your operations to succeed.  GIS is a valuable tool in transportation because of its ability to help in the planning and logistics of roadways. There have also been developments in GPS equipment that uses GIS technology.  3. Environmental   Organizations that require environmental information about the land, water sources, and other natural aspects are the most obvious group for which GIS may give information. In order to help engineers, undertake impact evaluations, GIS software may produce as many overlay map layers as required.  Historical data projected future growth, industrial concerns, and other data can all be combined in analysis maps. By providing a concurrent picture of the aspects that can affect the environment, engineers can make decisions with the least negative effects. The data can be used to identify patterns in phenomena that occur in nature, including soil erosion. It can aid in the forecasting of natural disasters.  4. Surveying   GIS is a valuable tool in surveying because precise measurements are required to create accurate mapping systems. Using GIS technologies, surveyors can easily assess environmentally sensitive areas, forestry, government control, road networks, previously established boundaries, zoning, permit status, and other critical information.  Read Related >> GIS Applications in Civil Engineering These enhanced capabilities reduce duplication of effort and encourage collaboration with other planning and government entities. The data is saved and easily accessible for use in future projects by utilizing the location.  5. Government   Local governments are among the most active users of GIS. It aids them in land searches, mapping, highway planning, and so on. Local law enforcement can also use it to track crime trends and monitor emergency response in the area.  Precise geographic information is required for government agencies to make informed decisions that keep citizens safe and improve their quality of life. In fact, many routine government operations are spatial in nature, such as land parcel identification for taxation, emergency response and management, utility and infrastructure maintenance and future development, and tracking crimes, fires, and accidents.   Geographical information systems serve as a single source of information for all governmental needs, resulting in improved interdepartmental coordination among various federal agencies.  A robust GIS platform will not only have the most up-to-date and accurate addresses, postal codes, and street information, but it will also have dozens of supplementary data layers, such as water bodies, land use, POIs, and so on, that can be incorporated into government agencies’ strategic planning initiatives.  6. Healthcare   Public health focuses on health trends within communities, guiding preventative initiatives and effectively treating issues as they arise. Location can have an impact on a patient’s health, as medical practitioners have known for a long time. Today’s GIS technology can assist health organizations in analyzing key trends. Organizations that provide health and human services utilize software to map disease cases, locating high-risk locations or common sites of origin.  GIS technology is used by the Centres for Disease Control and Prevention to manage a variety of public health challenges. With this knowledge, public health experts might implement initiatives like launching heart disease prevention awareness campaigns in the regions that most require them.  GIS application further extend to the healthcare industry. It can help plan logistics

Visualize the 3D with ARSKAN’s CODEC – Compression Technology for Reality Meshes

Current techniques are slow, expensive, and not collaborative. Our mission is to provide you with freedom of work. We want to revolutionize the use of massive 3D and change the way you work.  This is the Mission statement of Arskan Technology which believes technology is everywhere and for everyone.   Disruptive Technology Innovations & Solutions are going to be the new Trend in how Businesses are going to operate.  Let’s take a look at Arskan’s revolutionary Codec Technology for Digital Twins.  ARSKAN’s CODEC Technology for Digital Twins  ARSKAN is a young, innovative, French deep-tech company, and 3D visualization experts have created a compression solution for reality meshes that claims to reduce the file size by up to 100 times without data loss.   According to the French business, their Codec technology enables enormous datasets to be viewed on mobile devices without requiring a continual, fast internet connection, which is typically necessary when reality meshes are streamed from the cloud.  The compression technology is accessible as a Software Development Kit (SDK), allowing it to be integrated into a variety of third-party programs, such as realistic modeling software.   Arskan sees the Codec as a critical component for digital twins and is using the technology as one of the cornerstones for commercial digital twin development.  Arskan is focusing on a commercial digital twin solution that will leverage compression technology. The SiloData platform from Arskan combines the Arskan Codec with its universal viewer, Arskan MoveInside, to provide a “full set” of technology solutions for seeing, managing, and sharing 3D data on the web and the go. According to Arskan, the platform allows clients to create interactive, collaborative, and real-time digital twins.  However, Arskan recognizes that a digital twin is much more than a reality mesh. The company is working to integrate data from the Internet of Things (IoT) devices and to use AI to expand the model and provide additional value to the digital twin.  Read More >> Digital Twin Benefits in The Construction Industry Compression without Loss  Mesh data is compressed in the cloud or on a server using the Arskan Codec, then delivered to a desktop or mobile device for viewing in a browser. Mickal Pastor, the technical director at Arskan, explained how a 5 GB mesh was scaled down to just over 50 MB for a recent industrial project, so it could be downloaded to a mobile phone over 4G in “a matter of seconds.”  The dataset is decompressed once on the local device, and the visualization can adapt to different degrees of detail. Decompression can be progressive, allowing the user to view the mesh before it is fully compressed.  Arskan is developing technology that allows decompression and viewing to begin before the complete dataset has been downloaded to the local device for very big meshes. Arskan is currently working with a 200 GB mesh of a cathedral reduced down to 2 GB thanks to new ‘out of core’ technologies.  Why ARSKAN Codec uses 3D Mesh over Point Cloud?  A mesh is inherently organized & structured. This structure of triangles and points allows the algorithms & systems to reduce the mesh by eliminating specific points at crucial spots and recreating them at the exact same location following decompression.  ARSKAN Codec method not only compresses files by changing the data organization (such as.ZIP) but also 3D meshing, which makes use of this topology. This strategy is responsible for the codec’s progressiveness and sound performance.  Benefits of ARSKAN Codec  ARSKAN Codec is a next-generation technology that allows you to:   Reduce the size of 3D files without losing detail Your files are compressed and gradually    decompressed, greatly reducing their size replicate them at any level of detail The digital restitution will be lossless regardless of the size or complexity of your 3D data Accommodate any material limits Your huge data is accessible from any device, including a computer, tablet, or smartphone Your 3D files can be seen on a smartphone if you combine ARSKAN Codec with ARSKAN MoveInside The Future & Industry Adoption  The CAJuN Project – Automation of Digital Twin Creation  A vehicle park in France has been designated as a test site for its digital twin solution. The CAJuN project, created in collaboration with Lyon Parc Auto, a specialist in public park parks, and INSA, a public scientific research laboratory for image computing and information systems, aims to investigate predictive maintenance of the 28,000m2 LPA Cordeliers car park and company headquarters in Lyon.  The CAJuN Project’s point cloud also uses AI for ‘unsupervised pattern recognition’ to evaluate the data and give an inventory of recurring shapes. Over 100 fire extinguishers were categorized and tagged with maintenance information for asset management purposes. AI is also being used on point clouds to recognize barriers and further reduce the file size by reducing the number of points on the mesh.  As the CAJuN project progresses, it may be used to manage other car parks in the region and serve as the foundation for future commercial digital twin solutions covering a variety of assets such as industries or even nuclear power plants.  Data has always been a critical component in keeping projects going forward during the design, bidding, and construction stages. The creation of a Digital Twin from the data gives project stakeholders a competitive advantage by allowing them to make quick and informed decisions based on real-time data that is accessible at any time and from any location. There will be an era of the Digital Twin Digital in the Construction Industry. Digital Twin is rapidly evolving, acknowledged, and employed on building projects.  As the construction sector tries to keep up with demand for new facilities and layouts in the wake of COVID-19, Digital Twins offer to be a crucial facilitator. The use of such technology, which provides a digital representation of real-world systems and components, is critical for an industry that has lagged behind others in adopting digital technology.  INDOVANCE Inc  with its exclusive delivery hub in India is a global CAD technology partner serving the needs

Foreign Investors have Flocked back to US Real Estate with a $21 B Pot

  Foreign investors made up for lost time during the epidemic by investing $21 billion in multifamily properties in the United States, pivoting their focus away from key coastal cities and toward the Sun Belt and second-tier areas. Last year in 2021, international multifamily investments increased to 30%, up from 24% in 2019, while spending on office assets decreased to 14% from 27% in 2019. Foreign investors are especially interested in student and senior housing, as well as the impact of climate change. Surge in the Multi-Family Investments According to Deloitte, The US commercial real estate property sector saw a boom in investment activity in 2021, with volume increasing for 5 of the 6 quarters after the outbreak. Despite continuing uncertainties about inflation levels, supply chain constraints, closure measures, and travel restrictions, last year’s total of approximately $809 billion1 in commercial properties topped the preceding year by over 80% and blasted past the previous record high in 2019 by 35%. 2 Increased confidence about income growth, combined with the asset class’s stable returns, has pushed the US real estate sector back to the forefront of investor appetites, at least domestically. Yet, foreign investors purchasing real estate in the United States were absent from this rise for much of 2020 and early 2021. Prior to the second quarter of 2020, foreign investors could account for up to 20% of overall real estate investment activity or $100 billion per year. As global investors shifted their focus back to domestic concerns during the peak of the pandemic, combined with evolving restrictions on international travel, volumes into the United States from abroad dried up to as little as 7% of total US real estate deal activity, a level not seen since the global financial crisis of 2007–2008. The situation transformed in the second half of 2021 when travel restrictions were relaxed with the vaccination distribution and confidence about new growth patterns bloomed. Foreign investment increased by $53 billion in the second half, accounting for the vast bulk of the $69 billion annual total from 2021, the second-highest since data began in 2001 The situation transformed in the second half of 2021 when travel restrictions were relaxed with the vaccination distribution and confidence about new growth patterns bloomed. Foreign investment increased by $53 billion in the second half, accounting for the vast bulk of the $69 billion annual total from 2021, the second-highest since data began in 2001. The early movers provided significant momentum to the return of international investment into the United States, and their initial asset and geographic concentrations signaled a shift in what foreign investors may pursue in the future. BIG Players One notable example was the German real estate fund Union Investment’s foray into the US apartment market late last year with a $227 million purchase of a two-building complex in Fort Lauderdale. Union had previously invested in office buildings with long-term credit tenant leases, which were seen to be more secure for investors seeking consistent cash flow. According to Riaz Cassum, executive managing director, capital markets, and global head of international capital coverage for JLL, the fund was enticed by the multifamily property’s low capitalization rate and limited continuing capital requirements. According to Matt Vance, senior director and Americas head of multifamily analysis for CBRE Econometric Advisors, there is more capital and dry powder in the world now, with the focus on investing in commercial real estate. Industrial vs. Multifamily. The Choice Foreign investors in the United States have a history of focusing on big assets such as CBD central business district offices, industrial, large regional malls, or luxury hotels and adhering to a small number of primary markets with high liquidity. However, this is changing as investors seek multifamily, industrial, and specialty property types such as student housing and data centers. Non-US investors are also shifting their focus from big metros to capitalize on the economic potential of emerging cities, particularly in the Southeast and Southwest. Foreign investors are relocating their capital to places they believe will perform well in the next cycle. According to Marcus & Millichap, the percentage of foreign capital invested in the top six core markets (New York, San Francisco, Los Angeles, Chicago, Boston, and Washington D.C.) fell to 37.8 percent in the first half of 2021, down from 46.8 percent in 2019 and 57.9 percent in 2015. During that time, cities such as Seattle, Charlotte, Dallas, Atlanta, and Phoenix grew their market share. According to Matt Vance, senior director and Americas head of multifamily analysis for CBRE Econometric Advisors, there is more capital and dry powder in the world now, with the focus on investing in commercial real estate. International investors have moved their attention to U.S. multifamily constructions as a result of the asset class’s outstanding performance, particularly in secondary markets and suburban regions that are enjoying the most robust demand and rent growth. Canadian investors have been especially active, typically being more familiar with smaller metros outside of the handful of higher-density gateway areas that have traditionally drawn the greatest attention from non-US investors. Although multifamily development is now surpassing industrial growth, demand for industrial remains robust. Construction on warehousing alone increased by 40% in February 2022 compared to February 2021. Furthermore, Dodge Data & Analytics predicts $53 billion in construction projects in the US warehouse and distribution center market this year, accounting for more than one-third (36%) of the total US commercial construction sector this year. According to JLL, the United States will require 1 billion square feet of commercial real estate space over the next five years to meet e-commerce demand. Who would win the BIG BRAWL? The two real estate giant industries, Industrial and Multifamily have become the ‘apple of the eye’ for Global Investors. Private equity has a strong belief in both the multifamily and industrial sectors, and it is investing in both sorts of projects. Both multifamily and industrial real estate demonstrated adaptability to the economic and sociological upheavals accelerated by the COVID-19 epidemic. Both experienced secondary

The Top 10 Residential Construction Companies in the USA – 2022

  Builder magazine rates the top 100 single-family home builders in the United States every year based on closings, which includes single-family built-for-rent completions, a market that the country’s top builders have begun to enter. Over the last two years, many of these builders have expanded apartment construction. The ranking, which is based on responses to the yearly survey, also includes the companies’ gross revenue from house construction operations, as well as where and what they built. 2021 revenue: $27.9 billion Regions: Northeast, Midwest, South, West Company Insights: As of 2022, D.R. Horton has held the top spot on the Builder 100 for 20 consecutive years. 2021 revenue: $25.3 billion 2021 closings: 59,825 (including 1,505 condos and 1,457 build-to-rent homes) Regions: Northeast, Midwest, South, West Company Insights: Founded as F&R Builders in 1954, the name Lennar – adopted when the builder went public in 1971 – comes from the combined first names of then-co-owner Leonard Miller and co-founder Arnold Rosen. 2021 revenue: $13.3 billion 2021 closings: 28,894 Regions: Northeast, Midwest, South, West Company Insights: Through PulteGroup’s Built to Honor program, the 72-year-old builder has donated 64 mortgage-free homes to wounded veterans since 2013. 2021 revenue: $8.7 billion 2021 closings: 21,540 Regions: Northeast, Midwest, South Company Insights: NVR is the parent company of Ryan Homes, NVHomes and Heritage Homes, as well as NVR Mortgage, which offers mortgage financing for NVR customers. 2021 revenue: $7.2 billion 2021 closings: 13,699 Regions: South, West Company Insights: Taylor Morrison is the largest U.S. home builder led by a woman. Sheryl Palmer has served as president and CEO since 2007 and as chairman since 2018. 2021 revenue: $5.7 billion 2021 closings: 13,472 Regions: South, West Company Insights: KB Home has been named an Energy Star Partner of the Year by the EPA for 12 years in a row, and has built over 165,000 Energy Star certified homes. 2021 revenue: $5.0 billion 2021 closings: 12,801 Regions: South, West Company Insights: According to the company, Meritage Homes was the first home builder to build a “Full EPA Triple Certified Home” that is Energy Star, WaterSense and Indoor airPLUS certified. 2021 revenue: $3.7 billion 2021 closings: 10,967 Regions: Midwest, South, West Company Insights: Clayton Properties is the only private builder on the top 10 list. It encompasses 10 regional home building brands from across the country, including Arbor Homes, Mungo Homes, Highland Homes, Chafin Communities, Goodall Homes and Oakwood Homes. 2021 revenue: $4.2 billion 2021 closings: 10,805 Regions: Midwest, South, West Company Insights: All Century Communities homes are available for purchase online. The process includes virtual tours, contract signings and pre-qualifications for a mortgage. 2021 revenue: $3.0 billion 2021 closings: 10,442 (including 1,515 build-to-rent homes) Regions: Northeast, Midwest, South, West Company Insights: In July 2021, LGI Homes announced its 50,000th home closing since the company’s founding in 2003. Over half of these closings occurred between 2018 and 2021. With 81,981 homes completed last year, D.R. Horton of Dallas, Texas, stays at the top of the list for the 20th year in a row. Indovance Inc. with its exclusive delivery hub in India is a global CAD technology partner serving the needs of the AEC industry since 2003. At Indovance Inc. we focus on the unique need of each project or client and believe in addressing the real challenges and guarantee that the process will be well-coordinated, smooth, efficient, and hassle-free. We collaborate with our customers around the world to develop bespoke business solutions using our enormous engineering talent pool and state-of-the-art technology. To deliver long-term engineering and business strategies, we align with your culture and processes to create an unbreakable partnership. With over 300 full-time employees and more than 600 customers in the US, Europe, India, and Asia, we are poised for the next level of success. Follow INDOVANCE Inc for AEC Industry Updates and Global Construction News. Feel free to connect with us on our website www.indovance.com or contact us on +1-919-238-4044.

Stainless Steel’s Sustainability Credentials in Architecture & Construction

Stainless steel is an inherently green material because it is 100 percent recyclable and does not degrade or deteriorate in quality. The stainless steel we are making now has the potential and should be used for generations to come. It is the world’s most recyclable material. The stainless-steel business is becoming more committed to improving manufacturing techniques and practices, utilizing raw materials as effectively as possible, and minimizing any environmental impact. There are specific tools available to aid customers, designers, and specifiers in the selection of materials and systems in the development of environmentally sensitive construction projects, such as BREEAM (Building Research Establishment Environmental Assessment Method) and the Green Guide. Stainless steel also works quite well as a material for Cladding. Let’s check out the sustainability of stainless steel. Environmentally aware construction BREEAM (Building Research Establishment Environmental Assessment Method) is the most established building assessment method and is used to describe a building’s environmental performance. Developers and designers are encouraged to examine a variety of concerns early in the development process to acquire the best possible score for the planned design. The granted certificate, which might be Pass, Good, Very Good, or Excellent, can then be used for promotional reasons in an increasingly concerning climate of collective environmental responsibility. BREEAM areas of assessment include: Environmental parameters are added to category scores to produce a single score from which the rating is generated. The BRE Green Guide to Specification is a publication that gives specifiers, designers, and their client’s information on the environmental impact of material standards for roofs, walls, and floors, among other things. This thereby enables them to make informed choices in the design of the building, assess various elemental construction systems, and assign them ratings against various categories such as their effect on: Characteristic Properties of Stainless Steel Stainless steel is widely recognized as an environmentally friendly product, and it is also widely acknowledged as a hygienic choice due to its widespread use in areas such as hospitals and restaurants. Stainless steel is a long-lasting material in architectural and industrial usage. When properly specified, stainless steel will withstand the rigors of certain demanding conditions. Stainless steel is a reusable and recyclable product, which contributes significantly to the sustainability of the key resources used in its manufacturing. Stainless Steel’s Superpowers Architecturally, Stainless steel is globally accepted as an excellent choice for specifiers. Chrysler building in New York, which has been in situ for more than 80 years having only been cleaned on 2 occasions, reinforces this fact. The 316 (1.4401) is the grade of stainless steel most suitable for polluted, industrial, or marine environments on account of its higher corrosion resistance than other standard grades such as 304 (1.4301). Therefore, in urban façade type applications where pollution coupled with the likelihood that a regular cleaning regime will not exist or be adhered to, 316 would generally be the specification of choice. Stainless steel contains a high percentage of recycled material. Following a case study conducted by the International Stainless-Steel Forum (ISSF), it was determined that the recycled content of stainless steel is 60%. The ISSF calculates that recycled steel accounts for 70% of the input in Europe. Stainless Steel’s Sustainability & Environmental Impact Due to the very high levels of recyclability and durability, stainless steel has a substantially smaller environmental impact than would exist if manufacturing was solely from primary material sources. In conjunction with advancements in manufacturing practice, the increasing amount of recycled content in stainless steel helps reduce energy consumption, emissions, and, as a result, the carbon footprint of the mills that produce it. A stainless-steel product has little or no runoff or contamination, keeping it hygienic and resulting in little or no pollution of our land and waterways. There is also a reduced need for regular cleaning due to the excellent corrosion resistance. There is a significant reduction in the impact of stainless steel on landfill disposal, further decreasing its environmental impact. Stainless steel recycling is financially driven rather than through tax breaks for recyclers, and thus self-sustaining. The demand for basic resources such as nickel or molybdenum ore is minimized, hence reducing the physical damage and pollution associated with mining. The environmental impact of building materials is becoming increasingly critical. Stainless steel is completely recyclable, and there is no limit to the amount of recycled waste that may be utilized. Metal loss due to corrosion may introduce harmful elements into the environment. Since Stainless Steel is naturally corrosion-resistant, no protective coatings are required, and the negative environmental impact associated with coatings (VOC outgassing, replacement, and recycling) is eliminated. Also, cleaning stainless steel does not necessitate the use of acids or harsh chemicals. However, stainless steel is merely one solution to the problem of thinking globally while acting locally. INDOVANCE Inc with its exclusive delivery hub in India is a global CAD technology partner serving the needs of the AEC industry since 2003. At INDOVANCE we focus on the unique need of each project or client and believe in addressing the real challenges and guarantee that the process will be well-coordinated, smooth, efficient, and hassle-free. We collaborate with our customers around the world to develop bespoke business solutions using our enormous engineering talent pool and state-of-the-art technology. To deliver long-term engineering and business strategies, we align with your culture and processes to create an unbreakable partnership. With over 300 full-time employees and more than 600 customers in the US, Europe, India, and Asia, we are poised for the next level of success. Follow INDOVANCE Inc for AEC Industry Updates and Global Construction News. Feel free to connect with us on our website www.indovance.com or contact us at +1-919-238-4044.

With Great Power Comes Big Surprises – Fate of Future Engineering

  Engineering is a rewarding but demanding and challenging career that allows you to make a significant difference in people’s lives and the world at large. An engineer’s job is to solve some of the world’s most difficult problems, saving lives and developing amazing new technological breakthroughs that can improve our lives. We’re living in a period of extreme and rapid change, with AI and automation disrupting every industry. These new technologies increase efficiencies while drastically altering the workplace landscape. We will see more development and change in the field of engineering in the next three decades than we have ever seen before. Some machinery will be self-assembling and autonomous, more data will be collected, and our cities, workplaces, and homes will be drastically altered. By 2050, the global population is expected to reach 9 billion, with two-thirds of the population living in cities and urban areas. Engineering will evolve in direct proportion with technology. It is critical for businesses to understand the key drivers of this technology shift and plan accordingly to ensure the safety and sustainability of the Future. Let’s take a look at some of the changes that technology will bring to the engineering of the future. How will technology change engineering? Engineers will be expected to do much more in the future, which means that demand for various types of engineers will increase. Engineers required in various industries will vary depending on the industry. Civil engineers, for example, will be needed to revolutionize our cities, mechanical engineers to improve how we travel, biomedical and chemical engineers to help overcome difficult health issues, and computer engineers to develop the technology that will enable all of this. What does technology bring to the table? Green technology makes buildings more energy-efficient and long-lasting, resulting in a lower carbon footprint and less environmental impact. Green construction technology provides significant benefits to builders, building owners, and tenants alike. Engineering will become more agile & secure, with a focus on creativity, design, and analysis, as well as flexible workers with a variety of soft and interpersonal skills. These are qualities and skills that machines can’t duplicate, and they’ll help the engineering workforce keep moving forward. Almost everything in our homes and workplaces will be connected to the internet as the Internet of Things (IoT) becomes more connected and widespread. Smart appliances may expose us to cyber-crime on a societal and personal level. Safeguards will be required at all levels, beginning with the government, and progressing through businesses and individuals. To prevent cyber-attacks on our health care system, police, or military, critical infrastructure must be protected first. To keep everyone as safe as possible, best practices must be established and followed. AEC businesses that research and implement construction technology reap the benefits of increased productivity, better collaboration, and completing projects on time and under budget, resulting in higher profit margins and big smiles. The infrastructure that sustains the world must change as the world changes. Our cities and towns should change to accommodate new modes of transportation, and new ways of living and working, and will likely be unrecognizable to us now. The infrastructure that we are seeing today must be future-proofed for tomorrow’s technology, able to adapt or be redesigned to integrate with an ever-changing technological landscape. The demand for emerging technologies and technological advancements are evolving every day. A career in engineering looks quite exciting. INDOVANCE Inc with its exclusive delivery hub in India is a global CAD technology partner serving the needs of the AEC industry since 2003. At INDOVANCE we focus on the unique need of each project or client and believe in addressing the real challenges and guarantee that the process will be well-coordinated, smooth, efficient, and hassle-free. We collaborate with our customers around the world to develop bespoke business solutions using our enormous engineering talent pool and state-of-the-art technology. To deliver long-term engineering and business strategies, we align with your culture and processes to create an unbreakable partnership. With over 300 full-time employees and more than 600 customers in the US, Europe, India, and Asia, we are poised for the next level of success. Follow INDOVANCE Inc for AEC Industry Updates and Global Construction News. For more queries regarding any of the topics mentioned above, feel free to connect with us on our website www.indovance.com, or contact us on +1-919-238-4044

Coming Back to Life – 10 Adaptive Reuse Projects done Right

 Where were you when I was burned and broken? While the days slipped by from my window watching And where were you when I was hurt, and I was helpless? This is what many run-down structures scream out to be transformed rather than fall prey to the demolition ball when they’re left abandoned. It’s often difficult to imagine a building being used for something other than its original purpose. Adaptive reuse in architecture is the process of repurposing buildings that have outlived their original purposes for various reasons and adapting them to new uses or functions while preserving and emphasizing their historic features. Adaptive reuse is the conscious decision to preserve the past while planning for the future as the world ages and more buildings with rich histories and architectural value find themselves in need of renovation and rejuvenation. As we began to feel the need for reusing existing structures and the numerous benefits offered by this orientation, government, and national and international associations began to take it into consideration. It is a great way to bring back to life an old building while conserving resources and historic value after it has become disused or abandoned. Adaptive reuse is becoming increasingly popular as a solution to some of the modern built environment’s problems, whether for environmental reasons, land availability, or the desire to preserve a historic landmark. Let’s check out 10 Adaptive Reuse Projects that brought back defunct buildings/structures to life. The success of the refurbishment project led to it being permanently open for accommodation which was supported by the Dutch Commission for Monuments. The bunker has a small room with a surface area of 33 meters and a height of 1.8 meters, so the project could only accommodate the bare necessities, with inspiration from Le Corbusier’s ‘Le Cabanon’ project. The architects also built an exterior deck with the same shape and surface area as the bunker’s interior, demonstrating how much space is lost due to the bunker’s thick concrete walls. Furthermore, the wooden planks are nearly identical to those used to form the concrete for the bunker, forming yet another link between the interior and exterior. Since the principal room is both a bedroom and a living room, the furnishings are highly flexible and made of wood to bring a cozy tone inside. Everything is custom-made for the space and can be folded or slid to adapt to different needs. The Gigantic Coal Gasometers were constructed between 1896 and 1899 in Vienna’s Simmering district, near the Gaswerk Simmering gas works. The containers were used to help Vienna’s gas supply. The design was the largest in Europe at the time. Due to new technologies in gasometer construction and the city’s conversion from town gas and coal gas to natural gas, the gasometers were retired in 1984. They were declared protected historic landmarks in 1978. The gas plant was then decided to be revitalized in 1995. The protected monuments in Vienna were remodeled and revitalized, and in 1995, a call for new uses for the structures was issued. Between 1999 and 2001, the chosen designs by architects Jean Nouvel (Gasometer A), Coop Himmelblau (Gasometer B), Manfred Wehdorn (Gasometer C), and Wilhelm Holzbauer (Gasometer D) were completed. Each gasometer was divided into several zones for a living (top apartments), working (middle floors offices), and entertainment and shopping (lower floors) (shopping malls on the ground floors). Skybridges connect the different levels of each gasometer’s shopping mall. The Gasometers have developed their village personality and are a city within a city. A true sense of community has formed, with both a large physical housing community (of tenants) and an active virtual internet community (Gasometer Community). The gasometers have once harbored a set for James Bond: The Living Daylights. The architect team headed by Lacaton & Vassal proposed renovating the existing hall and constructing a twin adjacent to it to house FRAC’s exhibition and storage spaces. The existing ‘cathedral’ structure was left almost entirely untouched during the renovation, with the intention of using it for rotating large-scale exhibitions or public events. The more traditional fare would be housed in the adjacent twin building, with construction costs kept low by using prefabricated materials. Since establishing their practice in Paris in 1987, Lacaton & Vassal has received the prestigious Pritzker Prize in recognition of outstanding new buildings and transformative social and cultural projects. The Research and Development studio of Los Angeles-based KTGY Architecture + Planning has proposed repurposing millions of square feet of empty retail stores as homeless housing. Bathrooms, dining, sleeping, gardening, and job training facilities are all part of the “Re-Habit” concept, which turns obsolete big-box stores into agents of social change. The project transforms a big box store into a pedestrian-friendly mixed-use space with paths connecting multiple modes of transportation. The site is wedged between Amtrak rail tracks and Route 146 in Providence, Rhode Island, and is bisected by the Woonasquatucket River. People can enjoy the water by going down to the river. Stormwater runoff was diverted to on-site swales in a concerted effort to improve the river. The project minimizes greyfields and maximizes greenspace, with a focus on enhancing community by reconnecting the site with the Charles neighborhood. The structure, much of the roof, and the majority of the existing exterior walls are all reused. The centers are built keeping the environment in mind, with rooftop gardens and energy-efficient photovoltaic facades. A project to design a courtyard with access to the main entrance was commissioned to Japanese architect Arata Isozaki as part of the restoration of the old Fábrica Casaramona as Centro Cultural de “La Fundació La Caixa.” It is located in the basement level and serves the public. The area that corresponds to the factory’s main hall has been transformed into a Fundació exposition hall, taking into account the original circumstances of the design. The basement was excavated in order to project the main entrance, auditorium, and media library, while keeping the facade almost as it is today. The Jaffa, Israel’s

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