Category: BLOG

In structural engineering, anchoring design is a critical aspect of ensuring the stability and safety of structures. Despite its importance, many engineers find anchoring design to be a significant pain point. Find out what you can do to solve this pain. According to research published in New Civil Engineer magazine, which surveyed over 100 practicing civil engineers, 55% reported spending up to 4 hours designing a typical steel-to-concrete connection and generating the associated report. That's quite a lot, considering everything that needs to be addressed in the project. If you're one of those who struggles with details, then pay attention. IDEA StatiCa is the bringer of good news. This fight is now over as we are introducing the combined power of IDEA StatiCa Detail and IDEA StatiCa Connection, the ultimate tool for anchoring design. This makes anchoring design easy and takes a fraction of the time it used to. Why is anchoring design such a pain for most of us? Before we look further at our options, let's define how things have been done until now. And think about it for a moment. Whether we focus on the Eurocode, AISC, or any other standard or specification for anchoring design, they all agree on a few key principles of how to deal with steel-concrete connections. Firstly, they specify several modes of failure for anchors and concrete footings, which are further categorized by the type of loading. Each condition is evaluated separately. Then, they propose a solution using the component method, where the joint must be divided into individual configurations and components and assessed one by one. To make things even more complicated, some standards either completely lack a proper procedure for assessing concrete or recommend an overly conservative design, suggesting stirrups and additional reinforcement without relying on a precise calculation for the specific joint. Instead, it is often replaced by a set of detailing rules. There is nothing wrong with the above-mentioned approach. It has been proven over years of practice, but there are a few "buts": Designing even simpler types of anchoring can take a relatively long time. A conservative approach can become quite challenging (if possible) when it comes to less typical or entirely non-standard anchoring. The same applies to specialties, such as anchoring near the edge or shear transfer using shear lugs, etc. This leads to excessive material waste, significant time loss, or even case avoidance. But why if it isn't absolutely necessary? We’ve had FE methods here for a few years now, and their development continues to advance. At IDEA StatiCa, we use CBFEM and CSFM methods, which some might call innovative, but in reality, they have been around for some time and are based on assumptions or methods that have been effective for decades. By utilizing them in today’s fast-paced environment, where the designing process is under pressure, we can gain an incredible advantage. We can save time and simultaneously achieve more accurate results. This not only brings peace of mind but also allows us to significantly optimize materials, leading to cost savings. So what do the latest tools offer us? IDEA StatiCa as a complete solution for a complex problem IDEA StatiCa is moving forward as applications continue to evolve and is beginning to cover almost all cases of details. There is no longer a need for one tool for steel joints, adding manual calculations, or another tool for concrete. We can now handle everything and efficiently connect the workflow. How? Before version 24.1, in IDEA StatiCa Connection, we could evaluate steel parts with a few limitations and basic assessments of concrete footing (only plain concrete). Additional manual calculations were necessary, as well as complete calculations when using reinforced concrete. Unsatisfactory assessments are mainly due to the concrete block, causing headaches for more than one engineer. This is changing with the release of the full version of IDEA StatiCa 3D Detail, specifically updated with full features and functionalities, such as shear transfer through anchors or shear lugs, designed for anchoring cases. Suitable for anyone facing issues such as pull-out or concrete cone failures and has been frustrated by the inability to incorporate reinforcement in Connection, you can now easily model the reinforcement and perform an analysis in 3D Detail. The use of reinforcement covers these failure modes that would otherwise occur in plain concrete. From 3D Detail, we can receive results for an Ultimate Limit State check for concrete, reinforcement, and anchors in tension. Then in Connection, you can continue to evaluate anchors, shear lugs, base plate, etc., well, simply all the steel components as before. Even though both applications work independently, the real advantage comes to those who combine the power of Connection and Detail. The applications complement each other, and only together do they provide a comprehensive package of assessments. A whole new range of possibilities But enough talking. Let’s take a look at some practical examples suitable for our solution and discover what is now available: Getting the best of both worlds Great tools would be useless without a simple workflow. No one wants to spend time modeling the same detail twice. So, linking Detail and Connection was an absolute necessity for us. With just one click, the model import, including the loads, is ready. The only extra step that needs to be done is adding reinforcement, and the model is prepared for the final calculation. The entire process can be completed in just a few minutes, see for yourself: So, If designing connections is a struggle for you and takes an unreasonable amount of time, now could be the right time to do something about it. Download the new version, try it out, and let us know if we're heading in the right direction. Something tells us — maybe those thousands of satisfied customers — that we already are. Source: www.ideastatica.com

Version 24.1 is focused on engineers’ everyday tasks, no matter if you are steel connection designer, concrete engineer, or precast specialist. Version 24.1 highlights https://youtu.be/eRsbyhE56hw Concrete Design 3D Detail is verified and ready for the structural design of anchoring in 3D while taking into account the real reinforcement, solving the task ofanchors close to concrete edges. NewLateral Torsional Buckling analysis in Beam app and SLS combinations in Detail for precast members design. Ready-made Templates for 2D Detail make the start of modeling process a matter of seconds. Steel Connection Design Parametric templates for typical or repetitive steel connections. There are 50 templates by default in the IDEA set and you can create any templates on your own. Speed-up of Connection app with shorter application startup, faster responses in the Backstage menu, and result presentations and memory usage optimized forbig projects. UI improvements - Project item and material management, Measuring tool, multiselect/multiedit and DXF plate import Eurocode improvements contain automatic code-selection between 1993-1-8 and 1992-4. Canada and Australia served with PJP welds, updated AISC v16.0 shape database and material defaults. Viewer capabilitieshave been boosted for team cooperation by model sharing through URL hyperlinks and Link management. Additional model information is added - Weld types and sizes, Model type, Pin connectors, Connection space coordintates. Connection Librarysuggests designs exactly for specific models from Viewer. BIM and Checkbot The Hilti PROFIS plugin enables 200k+ current Hilti users to export loads, materials and sections from their FEA application to Hilti PROFIS Engineering through Checkbot. Connection designs applicable to node groups in Checkbot created automatically according to geometry and cross-section or user-define selection. App speed increased by 60% and opens up-to 1000-nodes projects in a matter of seconds. Exporting capabilities expanded with IFC export for simple or multi-connection files. Check the compatibility with your software in the list of supported versions in 24.1 Usability and Licensing New Project settings with exporting and sharing, possible to adjust for national annexes. Single Sign-on (SSO) licensing type available for all Enterprise customers. License admins can seemonthly usage reportsof IDEA StatiCa apps. Source: www.ideastatica.com

In the fast-paced world of architectural visualization and 3D modeling, efficiency, accuracy, and visual appeal are key. Architects, designers, and creators look for tools that streamline the creative process, allowing them to focus more on the design and less on technical obstacles. This is where the powerful combination of Twinmotion and SketchUp shines, offering an intuitive workflow that marries robust 3D modeling with stunning, real-time rendering. In this blog post, we’ll explore why the integration of Twinmotion and SketchUp is a game-changer for designers and how you can make the most out of both tools for your projects. What is SketchUp? SketchUp has long been a favorite tool among architects, interior designers, and 3D enthusiasts. Known for its ease of use, flexibility, and powerful 3D modeling capabilities, SketchUp allows you to quickly sketch and develop 3D designs. Its intuitive interface makes it an excellent choice for both beginners and professionals, providing the perfect balance of simplicity and depth. What is Twinmotion? Twinmotion, on the other hand, is a cutting-edge real-time rendering software that brings your 3D models to life with stunning visuals. Developed by Epic Games and powered by Unreal Engine, Twinmotion offers intuitive tools that make creating photorealistic renders, immersive VR experiences, and engaging animations a breeze. The drag-and-drop interface, real-time updates, and vast library of materials, lights, and assets make Twinmotion an essential tool for anyone looking to enhance their visual presentations. Why Collaboration Between Twinmotion and SketchUp Works The combination of Twinmotion and SketchUp has become a standard for many 3D designers and architects, and for good reasons: 1. Seamless Workflow The collaboration between Twinmotion and SketchUp is exceptionally smooth. Twinmotion supports direct file import from SketchUp, meaning you can work on your 3D models in SketchUp and quickly bring them into Twinmotion without losing any data. This seamless transfer allows you to start visualizing your designs immediately, saving time and eliminating the need for complicated file conversions. 2. Real-Time Visualization One of the most powerful features of Twinmotion is its ability to render scenes in real time. You can adjust lighting, materials, objects, and environments in Twinmotion and see the changes instantly. When combined with SketchUp’s 3D modeling capabilities, this real-time feedback allows you to experiment and iterate designs faster, leading to more refined outcomes. 3. Expanded Asset Library Twinmotion’s extensive asset library is another reason why its partnership with SketchUp is so effective. With access to a vast collection of high-quality materials, vegetation, people, vehicles, and objects, you can significantly enhance the realism of your SketchUp models. You can quickly populate your scenes and bring them to life, making presentations more compelling and professional. 4. High-Quality Rendering Made Easy Gone are the days when creating photorealistic renders required complex setups and a steep learning curve. Twinmotion makes it easy to produce high-quality visuals with just a few clicks. Whether you want to generate static images, videos, or VR-ready files, Twinmotion provides multiple rendering options that are both user-friendly and visually stunning. When combined with SketchUp’s detailed modeling, you can create impactful presentations that communicate your design vision effectively. 5. Efficiency for All Skill Levels Both SketchUp and Twinmotion are known for their intuitive and beginner-friendly interfaces. However, they also offer deep features for advanced users, making them suitable for designers at any skill level. The integration ensures that even if you’re new to 3D modeling or real-time rendering, you can still produce professional results quickly. Tips to Maximize Your Twinmotion and SketchUp Workflow 1. Keep Your SketchUp Model Organized Organizing your SketchUp model by using groups, layers, and scenes will make the transition to Twinmotion much smoother. A well-structured model allows you to efficiently manage elements when applying materials, adjusting lighting, or making environmental changes in Twinmotion. 2. Use Twinmotion’s Lighting Tools for Realism Lighting can make or break a visual presentation. While SketchUp allows basic lighting setups, Twinmotion’s advanced lighting tools, such as global illumination and dynamic sunlight, will enhance realism. Take advantage of these features to create atmospheric scenes and highlight architectural elements. 3. Experiment with Materials and Textures Twinmotion offers a wide variety of materials and texture options, many of which support real-world physics. When importing your SketchUp model, explore Twinmotion’s materials to replace and fine-tune the look of your objects. Realistic textures can elevate the impact of your design and create visually engaging visuals. 4. Make Use of Twinmotion’s Weather and Time Controls Twinmotion allows you to dynamically adjust weather conditions and the time of day, which adds a unique dimension to your presentations. Show how your design looks under different lighting scenarios—from a sunny afternoon to a moody sunset—by utilizing Twinmotion’s time slider. 5. Utilize VR for Immersive Presentations Take your presentations to the next level with Twinmotion’s VR capability. Import your SketchUp model into Twinmotion, fine-tune the scene, and then export it to a VR platform for an immersive experience. This is a fantastic way to engage clients and stakeholders by allowing them to virtually explore your design. The Future of 3D Design with Twinmotion and SketchUp The collaboration between Twinmotion and SketchUp is transforming the 3D design and visualization landscape. With a streamlined workflow, intuitive interfaces, and powerful features, designers can focus more on the creative process and less on technical barriers. As both tools continue to evolve, the synergy between them will only grow, opening up more opportunities for immersive, real-time design and presentation. For designers looking to bridge the gap between 3D modeling and high-quality visualization, the integration of Twinmotion and SketchUp is a powerful and practical choice. With SketchUp’s intuitive 3D modeling capabilities and Twinmotion’s ability to create stunning, real-time visuals, you can elevate your design projects to new heights. Whether you are working on architectural visualizations, interior design, or landscape projects, this combination is sure to provide you with a streamlined, efficient, and visually impactful workflow.

In the world of civil engineering, precision, efficiency, and collaboration are paramount. Autodesk Civil 3D is a powerful design and documentation software that addresses these needs, revolutionizing how engineers approach land development, transportation, and environmental projects. In this blog, we’ll explore the key features and benefits of Civil 3D and how it streamlines workflows in civil engineering. What is Autodesk Civil 3D? Autodesk Civil 3D is a civil engineering design software that provides tools for designing and analyzing civil infrastructure projects. From roads and highways to land development and grading, Civil 3D offers a comprehensive suite of functionalities that enables engineers to create accurate designs, enhance productivity, and improve collaboration. Key Features of Civil 3D Dynamic Modeling: Civil 3D utilizes dynamic models that automatically update as design changes are made. This feature significantly reduces the time spent on revisions and ensures that all project elements remain synchronized. Surface Modeling: The software allows users to create and analyze surfaces from various data sources, including point clouds and survey data. This capability is crucial for accurate terrain modeling and grading. Corridor Design: Civil 3D provides advanced tools for corridor modeling, enabling engineers to design roadways, railways, and other linear infrastructure projects efficiently. The corridor modeling features allow for easy adjustments and rapid iteration. Grading and Earthworks: The grading tools in Civil 3D streamline the process of designing site grading and cut-and-fill calculations. This functionality helps optimize material usage and reduce project costs. Hydraulic and Hydrology Analysis: Civil 3D integrates hydrology and hydraulic analysis tools, allowing engineers to assess drainage systems and perform floodplain analysis, which is essential for sustainable design. Collaboration and Data Management: With tools for sharing and managing data, Civil 3D enhances collaboration among project stakeholders. The software allows for seamless integration with other Autodesk products and third-party applications. Benefits of Using Civil 3D Increased Efficiency: The dynamic modeling capabilities and automation of routine tasks save time and reduce the potential for errors, allowing engineers to focus on more critical design elements. Improved Accuracy: With advanced tools for surface modeling, grading, and analysis, Civil 3D enhances the accuracy of designs, leading to better project outcomes and reduced rework. Enhanced Visualization: Civil 3D offers powerful visualization tools that help stakeholders understand design intent through 3D models and visual representations of projects. Streamlined Workflows: By integrating various design tasks into a single platform, Civil 3D simplifies workflows and fosters collaboration among teams, improving overall project management. Compliance and Sustainability: The software’s hydrology analysis and grading tools support sustainable design practices, helping engineers create compliant and environmentally friendly projects. Applications of Civil 3D Road and Highway Design: Civil 3D is widely used in the design and analysis of roadways, offering tools for corridor modeling, alignment design, and grading. Land Development: The software supports residential and commercial land development projects by providing features for site grading, drainage design, and utility layout. Surveying: Civil 3D can process survey data and create accurate surface models, making it an invaluable tool for surveyors. Environmental Projects: The hydrology tools in Civil 3D help engineers design stormwater management systems and assess environmental impacts. Autodesk Civil 3D is a game-changer for civil engineering professionals, providing a robust platform that enhances design efficiency, accuracy, and collaboration. Whether you’re working on transportation infrastructure, land development, or environmental projects, Civil 3D equips you with the tools needed to succeed in today’s competitive landscape. By embracing this technology, civil engineers can unlock new levels of productivity and deliver high-quality projects that meet the demands of clients and communities alike.

Construction company "VEIKME" has been operating as a general construction contracting company for more than 60 years, implementing the largest construction projects of administrative buildings and residential districts. BIM coordinator Gytis Jurgelevicius, who has been responsible for BIM coordination, process creation and standardization in this company for the last 5 years, shares about BIM processes and project quality assurance in projects.        Gytis Jurgelevicius, LLC “VEIKME” BIM manager Importance of BIM model quality "Quality is the most important aspect in the project" - says Gytis Jurgelevicius.Lack of quality costs a lot of time and labor.The most frequent reasons for low-quality projects observed by the BIM coordinator are: too little attention to detailed project planning, intermediate result checking and evaluation, and communication. Gytis notices that not everyone understands the importance of creating a model and the possibilities of its use.Companies still lacks BIM specialists who would develop the company's BIM processes and search for the best way to fulfill the client's requirements. "BIM requirements are often unclear, undefined, leaving a lot of room for interpretation" - adds G. Jurgelevicius. Logistics and retail center BIM model by VEIKME. However, the BIM manager sees a trend towards an increasing need for correct model information. The information provided in the project documents is compared with the information contained in the model, increasingly the model is treated as a task or reference point for monitoring changes. "In the beginning, we used the models for a visual inspection of the project, later there was a need to obtain quantities and other information. Finally, we started checking the quality of the project, looking for intersections and errors." - Gytis tells about the evolution of BIM in the company "VEIKME". Now the  goal is not only to look for new opportunities for improving the quality of the project, but also to maximize the use of the model in all stages and processes of the construction project. SOLIBRI software for quality assurance VEIKME uses SOLIBRI software to ensure the quality of its projects. Gytis Jurgelevicius names the main advantages of the software as a wide selection of model options and connections between elements - this allows for better model analyzes and obtaining quantities. "When choosing the software, it was important that SOLIBRI not only performs a simple intersection search, but also has its own set of rules. Another important aspect is that SOLIBRI is the only one capable of presenting relationships between elements in tables in ITO - this is often very useful. As far as I know, it is the best tool on the market" - assures the BIM specialist. Administrative complex CYBER CITY VEIKME carries out general contracting works in Cyber ​​City, a town dedicated to the technology community, which is being developed on the territory of the former SPARTA factory in Vilnius. About 35,000 m2 of office space, co-operatives and commercial space have been expanded in the area of ​​almost 2ha. The project consists of four different types of buildings, the chimney of the former SPARTA factory has been preserved, and recreational spaces have been designed. According to Gytis, the biggest challenge in this project was the large scope of the project: "We had to look for a way to properly divide the model, how to present it understandably to the site, when and what analyzes to perform" SOLIBRI was used for model analysis and error checking, as well as for information and quantity retrieval, model and model comparison. At the site, these models were used for model inspection and recording of work done. Currently, the models are being improved in order to use them for the warranty phase. "The biggest benefit of using SOLIBRI is finding inconsistencies and errors that will be resolved at the design stage without causing uncertainty on the construction site,"  says Gytis Jurgelevicius.

Nicknamed the ‘Gotham City’ project, 40 Leadenhall Street is one of the largest buildings to have ever received planning permission in the City of London. Despite its size and complexities, issues have been rare in the skyscraper’s construction, largely accredited to the interaction of 3D platforms and workflows throughout the process. 40 Leadenhall Street stands tall at 155m, with its iconic stepped design cascading down towards the River Thames. Described as a ‘destination office’ to attract workers back into the office post-covid, it offers 820,000 sq ft of business-ready space across the 34 storeys, with retail units at street level and numerous other amenities.  Understandably, the sheer scale of this project presented unique challenges, with William Hare facing the mammoth task of undertaking the structural connection design, steel fabrication and steel installation.  Chris Grime, William Hare’s Engineering Manager, said: “On a project of this size, effective collaboration is both the biggest challenge and the most valuable asset. Despite the scale of the structure, the construction has kept to schedule – an achievement that I think must be attributed at least partially to the integrated coordination between stakeholders, facilitated by 3D workflows.  “A great example of this was our collaboration with Focchi, principal glazing contractor, where our close interaction overcame connection problems with ease. Our focus was on working together to overcome challenges and settle upon the best solutions. Through the use of BIM, IFCs and the cloud-based Trimble Connect environment, we were able to bring the 3D model to meetings and client workshops, whether in person or via video call. As well as forming a focal point of discussions, having access to the live model as context made it far easier to visualise, discuss and resolve clashes in real-time. Ultimately, 3D platforms help to facilitate human interaction, something which is invaluable.” In addition to extensive collaboration, the project also presented several challenging lower floor connections that had to be factored into the fabrication and installation processes, as well as many architecturally and structurally complex elements, including a spiral staircase.  Chris commented: “The first floor included two curved walkway areas. As well as forming a striking architectural feature, they were designed to help direct footfall and offer visitors a viewing platform out onto the impressive central lobby area below. These walkways included a statement spiral staircase, bespoke handrailing (detailed by a subcontractor) and a heavily loaded plate girder framework, on which the building’s main structural column sat.  “As well as being complex in design, we had to ensure the proposed scheme performed under the given loads, in addition to considering the various multifaceted steel connections. Given the walkways featured a significant glazed element, this challenged us to incorporate bespoke connections on the underside of the steel, off which the glass would hang." “With so many other subcontractors involved on these elements and the numerous interfaces between all components - structural and decorative - to consider, the use of BIM was invaluable. It facilitated the close interaction between teams within the digital 3D environment, with IFCs received from other disciplines able to be brought into William Hare’s central Tekla model. This helped us to truly work together as one, with greater visibility and understanding of any potential clashes, ensuring perfect coordination with the primary steelwork design. “If we were to go back to the 2D drawing board, delivering these steel elements and connections would have been a very different story!” William Hare continued to use its digital workflows to push data throughout the construction sequence, from the drawing office through to fabrication, with almost all its production plant relying on model data (primarily NC data) for the cutting and drilling of both profiles and plates. Using Tekla Structures, the construction team was able to create colour-coordinated lotting models to highlight deliveries and site progress. Before the central 3D model and its data was then pushed onto the field via Trimble Connect, providing the site team with direct visibility on delivery and install schedules.  Construction on 40 Leadenhall Street continues, with an expected completion date of Q4 2024. William Hare’s work on the project saw it win the Public Vote in the 2024 UK Tekla Awards, with voters praising the level of detail and the team’s effective use of BIM for complex curved structural elements. Source. www.tekla.com/UK

The choice of software today is very wide, and the possibility of downloading pirated copies of programs is very tempting. However, it is worth considering what the real consequences of using illegal software are. Why it is better to choose legal solutions, and more specifically, why you should choose the safe  version of Trimble SketchUp  software -  SketchUp Free  or the free 7-day trial version of SketchUp Studio. Laptop computer This initiative is organized by BIM Solutions Georgia- the official representatives of SketchUp for the Georgia. Our goal is to ensure that our customers receive comprehensive support and advice when purchasing legal software.  This can be done by purchasing  from us. With legal  SketchUp  software, you can expect a secure working environment, regular hardware updates, and quick help from SketchUp experts when you need it. All this will contribute to the quality and efficiency of your work. Technical help and support By choosing the legal  version of SketchUp  , you get guaranteed access to official technical help and support. This means that if you encounter any technical problems or questions, you will be able to turn to our professional specialists. Our team will provide you with skilled and prompt assistance to resolve any challenges you may face and ensure your projects run smoothly and without disruptions. Training and Resources BIM Solutions Georgia provides a wide range of training and resources to help you get the most out of  SketchUp  . You will find a variety of trainings, seminars and online courses for both beginners and advanced users. These resources give you the opportunity to continuously improve, acquire new skills and get the best advice from experts to help you work more efficiently and achieve better results. Additional benefits and gifts Legal  SketchUp  users have a variety of additional benefits that you can expect from us. We often run promotions, discounts, and giveaways that may include additional tools, services, or even special offers for legitimate users only. In addition, we regularly organize contests and prizes to encourage the use of legal software and help you get more out of  SketchUp . By choosing legal  Trimble SketchUp  software with BIM Solutions Georgia you not only contribute to ethical practice, but also receive comprehensive support that will help you maximize the potential of this great program and ensure that your projects are delivered efficiently and professionally.  Risks and threats of using illegal software                                   Illustration of a Trojan horse virus Trimble SketchUp , like many other popular programs, is often the target of illegal copies and  cracks  . These illegal versions are often infected with viruses  (cracked sketchup, crack version sketchup)  and malware that can have catastrophic consequences for your computer and personal data. Ransomware: This is one of the most dangerous types of viruses. It locks your files and demands a ransom to recover them. Even if you pay the ransom, there is no guarantee that the files will be recovered. Such a virus can infect all your important data, including personal photos, videos and documents. Trojans: These malicious programs pretend to be legitimate software, but once you install them, they give criminals access to your computer. They can steal your personal data including banking information, passwords and other sensitive data. Adware and spyware: These programs track your browsing habits and display unwanted advertisements or collect your personal information without your knowledge. This can be not only annoying but also a violation of your privacy. Data loss BIM Solutions Georgia specialists, who have been  distributing Trimble SketchUp  software for a long time, warn that the use of illegal software can cause serious data loss problems.  Viruses  (which come with  SketchUp Crack version)  can destroy not only the program files, but also your personal data: photos, videos, documents and other important digital memories. This can be priceless damage that cannot be repaired. File corruption: Some malware can corrupt or completely destroy your files. This can be very painful, especially if you lose important work documents or precious memories. System instability: Viruses can cause frequent system crashes and instability, which can lead to loss of unsaved data. This can make your work and everyday computer use very difficult.                                                          An Internet user using a computer does not suspect that his data may be stolen at the same time Personal space, a sense of security                                 The criminal hacked into the video camera system Trimble SketchUp  representatives  would also like to share experiences about exceptional cases. Have you seen malware controlling your camera? There have been cases where the use of illegal software has infected computers with viruses that allow criminals to access video cameras. Hackers could monitor the premises, the field and the actions of users through the computer's web camera at any time. This violates your privacy and can cause serious security issues. Legal consequences Judge's gavel and hacker Using illegal software not only violates the law, but also creates the risk of facing serious legal consequences that can have long-term and complex consequences. Although we often perceive this risk as a scare, it is important to see it as a potential real harm. Anti-piracy companies often have dedicated teams and legal tools to identify and prosecute users of illegal copies. This can include monitoring, analyzing and even actively seeking out those who infringe copyright. If you use such illegal software, you may be found out and liable to legal action. SketchUp currently actively cooperates with law firms by transferring to them the collected data with recorded cases of illegal use of the software. The legal consequences can be very severe: they include large financial fines, which can reach several thousand or even tens of thousands of euros, depending on the scale of the violation and the severity of the law. In addition, legal battles against piracy often lead to additional costs, such as legal advice, attorneys' services and long-term litigation costs. These costs can put a heavy strain on financial resources, as many court processes can take a long time and require significant investment in both time and money. More importantly, legal challenges can have not only financial but also reputational consequences. Companies facing legal disputes over the illegal use of software can lose customer trust, face negative public feedback, and even suffer long-term brand damage. So, while illegal software may seem like a quick and easy solution, it can actually be a serious threat to your financial stability and reputation, so it's important to carefully consider the consequences of such a choice and choose legal and reliable solutions. Steps to take if your computer is infected with malware:  A computer corrupted by viruses and other malware is begging you to fix it as soon as possible Check your computer with an antivirus program Use a reliable antivirus program to scan and remove any viruses and malware that are detected. We recommend using programs such as  Norton ,  McAfee, Bitdefender or NOD32 .  Update your antivirus regularly so it can detect the latest threats. Computer security and location scanning to help identify and remove non-serious virus programs. Resetting the computer to factory settings Update or restore the operating system If your computer is heavily infected, you may need to restore your operating system to its original state. Make sure all important data is backed up. You can use tools like  Windows Reset  or  MacOS Recovery. Install the latest security updates to keep your system safe from future threats a) Download and install the legal  trial version of SketchUp  from the official  SketchUp website.  This will give you a chance to feel the difference of working with legal software. b) If you need additional visualization tools, you can try  the Chaos V-ray for SketchUp trial version available on the Chaos official  V-Ray for SketchUp website. c) After the trial period of 7 days, consider purchasing a full license. BIM Solutions Georgia may offer special offers and discounts. A tablet that is installing updates Choosing legal software is not only ethical, but also a smart decision that brings long-term benefits. Legal software not only ensures the highest quality and reliability, but also protects your system from many serious risks. First, legal software gives you access to ongoing support, which is invaluable when dealing with technical challenges and issues. Most legal software providers offer expert advice , which can quickly and efficiently answer your questions and help you solve problems, ensuring that your work does not suffer from technical problems. Second, legal software guarantees that your systems are running reliable and secure tools that are constantly updated and improved. This means you get not only the latest features, but also important security updates that protect your data from potential threats such as viruses and malware. Without these updates, your data can be easily compromised and can cause serious losses. Third, by using legal software, you contribute to supporting legal and ethical business practices. This helps avoid legal disputes and penalties associated with software piracy. In addition, legal software often reflects a company's commitment to quality and professionalism, which can have a positive impact on your reputation and trust with customers. Finally, by choosing legal software, you support the promotion of innovation and creativity by paying for the work done by programmers and developers. This not only promotes the further development of technology, but also contributes to the creation of a fair economic environment. In this way, SketchUp has the ability to expand and open up more and more new possibilities for its users.  So, legal software is an investment in your security, reliability and long-term success. It not only protects your data and provides technical support, but also contributes to fair and ethical business practices, giving you peace of mind and confidence that you are working with a reliable and secure tool.

In the world of structural engineering, precision, efficiency, and innovation are paramount. As projects become more complex and demands for accuracy increase, structural engineers turn to advanced software solutions to streamline their workflows and enhance their design capabilities. Among the leading tools available, Dlubal Software stands out for its comprehensive and powerful features tailored to meet the needs of today’s engineers. In this blog post, we’ll explore the key benefits of Dlubal Software and how it can transform your approach to structural design and analysis. What is Dlubal Software? Dlubal Software specializes in providing advanced solutions for structural analysis and design. With a suite of tools including RFEM, RSTAB, and other specialized modules, Dlubal Software supports a wide range of engineering applications. From finite element analysis (FEA) to detailed load simulations and optimization, Dlubal offers a robust platform for tackling complex structural challenges. Top Benefits of Using Dlubal Software Comprehensive Analysis Capabilities Dlubal Software’s flagship tool, RFEM, is renowned for its extensive analysis capabilities. It utilizes finite element analysis (FEA) to model and evaluate structures with exceptional detail. Whether you’re working with complex geometries, dynamic loads, or intricate load combinations, RFEM provides the tools necessary to ensure thorough and accurate analysis. This capability is crucial for engineers dealing with unconventional structures or demanding performance criteria. Integrated Design Solutions In addition to structural analysis, Dlubal Software integrates design solutions across various materials and codes. For instance, the RSTAB program offers comprehensive design features for frame structures, while RFEM extends this to more complex models. This integration allows engineers to seamlessly move from analysis to design, ensuring that all aspects of a project are aligned and compliant with relevant standards. User-Friendly Interface Despite its advanced capabilities, Dlubal Software is known for its user-friendly interface. The software’s intuitive design makes it accessible to both experienced engineers and those new to structural analysis. Features such as graphical input, straightforward navigation, and context-sensitive help contribute to a smoother user experience, reducing the learning curve and enhancing productivity. Efficient Workflow Integration Dlubal Software supports a range of file formats and integrates well with other industry-standard tools. This compatibility facilitates smooth data exchange and workflow integration, allowing engineers to import and export models, collaborate with other professionals, and integrate with BIM (Building Information Modeling) systems. This interoperability streamlines project workflows and reduces the need for redundant data entry. High-Performance Calculation Engine The calculation engine within Dlubal Software is designed to handle large and complex models efficiently. This high-performance capability ensures that even the most demanding analyses are completed quickly and accurately. Whether you’re conducting a detailed stress analysis or simulating dynamic effects, Dlubal’s robust engine delivers reliable results in a timely manner. Comprehensive Documentation and Reporting Effective communication of analysis results and design decisions is vital for any project. Dlubal Software provides extensive documentation and reporting features, allowing users to generate detailed reports, graphs, and summaries of their analyses. These reports are customizable and can be tailored to meet specific project requirements or stakeholder needs, ensuring clarity and transparency in project documentation. Support for Complex Structures Dlubal Software excels in analyzing and designing complex structures, including high-rise buildings, bridges, and industrial facilities. Its ability to handle various load cases, non-linear behavior, and advanced material models makes it a valuable tool for projects requiring sophisticated analysis. This versatility ensures that engineers can address a wide range of structural challenges with confidence. Continuous Updates and Support Dlubal Software is committed to staying at the forefront of technological advancements. Regular updates and enhancements ensure that users benefit from the latest features and improvements. Additionally, Dlubal offers extensive support resources, including tutorials, webinars, and a dedicated support team, to assist users in making the most of their software investment. Conclusion For structural engineers seeking to elevate their design and analysis capabilities, exploring Dlubal Software is a step toward achieving engineering excellence and staying ahead in a competitive field. Whether you’re working on a new project or optimizing an existing design, Dlubal Software offers the tools and support needed to achieve your goals with confidence.

In the fast-evolving world of building design and construction, staying ahead of the curve means embracing cutting-edge technology. Enter DDS-CAD, a robust software solution that's making waves in the architectural, engineering, and construction (AEC) industry. Whether you're an experienced professional or a newcomer, DDS-CAD offers a plethora of features designed to streamline workflows, enhance collaboration, and elevate project outcomes. Here’s a closer look at how DDS-CAD is transforming the way we approach building design. What is DDS-CAD? DDS-CAD is a powerful Building Information Modeling (BIM) software developed by Data Design System (DDS). It’s specifically tailored for designing complex building systems, including electrical, HVAC, and plumbing systems. With its advanced tools and intuitive interface, DDS-CAD stands out as a leading choice for professionals aiming to optimize their design processes and achieve greater precision. What Makes DDS-CAD a Game-Changer? DDS-CAD isn’t just another piece of software; it’s a powerhouse that’s transforming how we design and manage building systems. Let’s dive into what makes it so special: All-in-One BIM Integration Imagine having a tool that seamlessly integrates all your design needs—electrical, HVAC, plumbing, you name it. DDS-CAD does just that. By integrating all these systems into one cohesive BIM platform, it ensures everything is in sync and up-to-date. This means fewer headaches and more harmony between different parts of your project. Stunning 3D Modeling Forget about flat, static blueprints. DDS-CAD brings your designs to life with dynamic 3D modeling. Visualize every detail in real-time, tweak as you go, and spot potential issues before they become major headaches. It’s like having a virtual walkthrough of your project before it even breaks ground. Collaboration Made Easy Gone are the days of endless email chains and version control nightmares. DDS-CAD’s cloud-based features let you and your team collaborate effortlessly, no matter where you are. Real-time updates and shared access mean everyone stays on the same page, and project hiccups are a thing of the past. Smart Documentation We all know documentation can be a chore. DDS-CAD takes that burden off your shoulders with automated reporting and documentation features. Generate bills of materials, equipment lists, and more with just a few clicks. More time for design, less time for paperwork—what’s not to love? Intelligent Design Tools Imagine having a tool that automatically detects design clashes and validates your work. DDS-CAD’s intelligent design tools do just that, helping you avoid costly rework and ensuring everything fits together perfectly from the get-go. Why DDS-CAD Is a Must-Have Boost Your Efficiency Let’s face it—design work can be time-consuming. DDS-CAD’s streamlined workflows and automation features mean you can complete projects faster and with less effort. Think of all the extra time you’ll have for that next big idea! Nail the Accuracy Accuracy is everything in design, and DDS-CAD delivers. Its advanced modeling and analysis tools help ensure your designs are spot-on, minimizing mistakes and making sure everything is built just as you envisioned. Flexibility for All Projects Whether you're working on a cozy residential project or a sprawling commercial complex, DDS-CAD adapts to your needs. Its flexibility makes it a go-to solution for a wide range of building design challenges. Stay Ahead of the Curve Investing in DDS-CAD means you’re not just keeping up with the latest trends—you’re setting them. With continuous updates and innovations, DDS-CAD helps future-proof your designs and keeps you ahead in the tech game. Real-World Wins with DDS-CAD Don’t just take our word for it. Many successful projects have thrived thanks to DDS-CAD. For example, one recent commercial building project used DDS-CAD’s clash detection to avoid expensive rework and keep everything on track. The team’s collaboration was smoother than ever, thanks to the software’s real-time communication features. Ready to Elevate Your Design Game? So, what are you waiting for? If you’re looking to streamline your design process, enhance collaboration, and ensure top-notch accuracy, DDS-CAD is the tool for you. Dive into its features and see how it can transform your approach to building design. The future of design is here, and it’s looking pretty amazing with DDS-CAD by your side.

It has been 4 years now that IDEA StatiCa Steel has been introduced to the engineering world, and it has already made a huge impact on the way that Structural engineers analyze and design Steel connections, offering a true revolution and significant advantages on time-saving, productivity and safety of steel structures. As more an more consulting firms and Steel fabricators are implementing it in their design workflows, there is an increasing interest from engineers around the globe to know more about this exciting new technology. In this article, I tried to include briefly the 3 main questions that someone might ask And here they are: 1. What is IDEA StatiCa Steel? It is a unique software for code-checking of structural steel connections based on FEM, that bridged a big gap in structural engineering (design of complex steel connections) by being the first software to offer total freedom in geometry and loading.   2. What is so unique about it? IDEA StatiCa Steel is currently the only software that is based on the new CBFEM method - which is an evolution of the standard Component method - and a major step forward in the analysis and check of steel joints of general shapes and loading. CBFEM (Component Based Finite Element Model) is a combination of two well-known and trusted methods used by engineers all around the world – Finite Element method and Component method.     3. What does it offer? 3.1. Total freedom in the topology (2D or 3D) Before IDEA StatiCa, all connection design softwares were limited to the number of possible joint topologies, simply because of the fact that they are all based on the Component method, which can give reliable and accurate results for simple topologies, but simply isn’t enough for more complex ones. CBFEM doesn't have these limitations.   3.2. Compliance with international codes IDEA StatiCa complies fully with international design codes, by offering full checks for plates, bolds, and welds. The general approach of CBFEM allows the software to overcome the limitations of the codes when it comes to complex geometries, and actually provide reliable checks even in cases where codes are insufficient (e.g. multiplanar hollow section joints)     3.3. Advanced analysis & checks IDEA StatiCa has implemented in a very easy-to-use way, some analysis types that until now were only possible through very high-end and very difficult to use Finite element software. Simply said, it made Finite Element Analysis possible to all structural engineers, even those who didn't have any previous experience.   3.4. Advanced elements Steel connections can be really complex sometimes, and there are many special elements that are used in real life, that until now could not be simulated by standard connection design software. IDEA StatiCa is currently supporting the following elements:     3.5. BIM links to other software As a software, we are dedicated to the analysis & design of details (e.g. connections) – which of course are part of a bigger structure and is analyzed or drafted in another software. Following the BIM philosophy, we want to help you speed up the analysis and design process by importing data model from the most widespread FEA and CAD programs, thus saving you a great amount of time but also eliminating possible errors from manual input.     Source: www.ideastatica.uk

Tendering Phase Using BEXEL Manager BIM technology in construction offers substantial advantages during the tendering phase, including reduced risk margins and enhanced bid quality through comprehensive project insights, detailed planning, and early identification of potential pitfalls. Organizations leveraging BIM technology report achieving bid success rates 20% higher than industry averages. Furthermore, standardizing work classification and cost structures streamlines bid preparation, resulting in faster response times to opportunities and decreased overall bidding costs.   Tendering and Planning Phase During these phases BIM enables quick development of construction schedules, with the capability to develop and explore various what if scenarios efficiently. Detailed 4D/5D simulations visually present project execution strategies to investors, fostering trust and increasing proposal success rates by 10%. Integrated 4D/5D BIM ensures fully coordinated designs, minimizing costly on-site modifications and rework by up to 90%, thus eliminating time waste and additional expenses. By providing precise quantity take-offs and location-based scheduling, BIM optimizes construction schedules (information-rich schedule: quantity-loaded, cost and resource-loaded), reducing spatial-time conflicts by 98%. Automated schedule integrity checks improve schedule quality. BEXEL Manager smart scheduling results with 20% shorter construction durations and efficient resource allocation, reducing idle time and waste by 70%. Bexel Manager facilitates precise and timely top management insights into project earned value analysis, productivity, and key performance indicators (KPIs), empowering data-driven construction management decisions. Construction phase During the construction phase, BEXEL Manager continues to deliver value on the project through color-coded 4D/5D simulations that provide insights into tasks on critical path, delays, task progress, subcontractors, and various key performance indicators (KPIs) or any other attribute schedule includes. Automated generation of data-rich look-ahead plans streamlines construction management and subcontractors’ coordination.   Integrated 4D/5D BIM technology revolutionizes project management by seamlessly incorporating time and cost dimensions into the traditional 3D model. With the following capabilities, BEXEL Manager BIM solution empowers project teams to achieve high levels of efficiency, accuracy, and safety throughout the project lifecycle:  Time-distributed material take-off, providing precise inputs for procurement planning. A twentyfold acceleration in the preparation of precise interim payment certificates, streamlining financial processes. Proactive and substantiated analysis of additional works and delays, enabling efficient problem-solving. Mitigation of safety risks through detailed visualization of the construction process, ensuring a secure working environment. Cross-project efficiency tracking and management, optimizing resource allocation and scheduling. Smooth data integration with third-party ERP solutions, facilitating seamless workflow integration across platforms. Source: www.bexelmanager.com

One of the major problems with construction projects is the huge amount of wasted materials and time associated with poor communication, especially when related to change. How can this be improved? Read on... Introduction A very big issue that has faced the whole construction industry is how change is managed or communicated. Here at IDEA StatiCa, we are working on several methods to help facilitate this. Historically, we have had DXF output for plates and DWG from our Viewer application, but getting information back into a BIM solution has been somewhat lacking – until now! From this current release (23.1), we have been able to create a compliant IFC file and import this into Revit, Tekla Structures, SDS2 and any viewer that has an IFC import option. However, there are differences between all of these receiving solutions that I will also highlight in this article. Not only in the workflow, but also in the end result. Historically Many engineers have been educated to use analog methods: 2D drawings and sketches that were created either by hand (often considered works of art now) or by CAD solutions (such as AutoCAD). Many a time, these were initially created by the person who wanted the information, so they were realistically created from a modeling solution (such as Tekla Structures) but the information received back was in the form of their drawing/sketch, but heavily red-lined annotated! Then to ensure that the changes were incorporated correctly, these were marked off in blue with green being the final check – other colours are available! These sketches and markups would also form part of the quality-checking process, especially true when conforming to ISO 9001. As time progressed, these analog methods were digitalized into the magic of a marked-up PDF document. Still red though! With the advent of BIM and other ISO 19650 workflows, there was a greater need for greater cooperation that could be audited if required. Many governments are now mandating these workflows, which makes them even more important. Another consideration is repeatability. Given the rate of change of software and their versions, it is very apparent that today's native files will be out of date unless there is a common format they can all use that will remain fairly static – this is where IFC (Industry Foundation Class) comes into the fray. In conjunction with IFC, there is another open format called BCF which allows comments and changes to be associated with the object that needs amending. In addition, views can also be saved of this object within the file. This relies on an IFC viewer (at least) that allows markup and BCF export to enable the original application to read these to give the end user a smooth and managed workflow to make the change. Customers have even taken screenshots of proposed connections and incorporated these into their drawings - Curragh Racecourse, Newbridge, Ireland – is a case study in point. Our approach Here at IDEA StatiCa, we have always placed great importance on being able to document the design. We have had 2D DXF output for plates for several years now. Our Viewer technology is able to produce 3D DWG files. Both can be consumed by any solution that can read DXF/DWG and, hence, documented. Most recently for our 23.1 release, we included IFC export. IFC is a format that the construction industry uses to exchange information – not just small nuggets of information but more often than not, whole models. Their size varies (obviously) from a few KB to several hundred MB. Luckily for the users of IDEA StatiCa Connection, ours fall into the former bracket! Using our 3D print example 3D Connection Model | IDEA StatiCa, we can compare various outputs. Opening this in our Viewer, you can see that we have access to both 3D DWG and IFC. What do these resultant files look like and, more importantly, what can you do with them? DWG/DXF Opening the DWG file in AutoCAD, we see a series of 2D plate outlines and 3D solids representing the actual members and plates (there are no fasteners though) arranged as they would be in the connection project. Using this information, it is very easy to create documentation to convey the design intent of the project. When opting for DXF output, you can create individual files for each plate in the project, which you access via the Plate Editor function. Creating a DXF file is easy and there are several options to fine-tune the output. There still might be additional work required in the receiving solution (generally AutoCAD), but nonetheless, it is a good way to get individual plates into a drawing for documentation and even, possibly, ready for fabrication. IFC Opening the native file in IDEA StatiCa Connection and navigating to the Report tab, we are again given the option to export to IFC. There are several solutions that can read the IFC file – these usually fall into the BIM arena: Revit, Tekla Structures, SDS2 and many other ‘readers’ such as BIMvision, Solibri, Navisworks, plus several cloud-based platforms such as Bimplus and Trimble Connect. They all work differently and have varying degrees of success, depending on how accomplished they are at reading ‘compliant’ IFC files! This is an example of how using this format will inform others as to the overall appearance and makeup of a particular project. Not only is there a graphical representation of the object but there is also lots of information attached to these objects as well, such as thickness, diameter, material grade, etc. Depending on the level of service the end user opts for, there may or may not be the facility to annotate these IFC files with comments. However, these are ‘viewers’ and are not that constructive when you want to convey changes where using a modeling approach would work better. This is where it gets really interesting! The BIM solutions that we support via our BIM links also support the IFC workflow. Some solutions are able to ‘map’ the generic solids to be a particular class, others do that automatically. This means that intelligence can be added to the dumb solids, making them really useful! Not only can views be created but the objects can be dynamically annotated and dimensioned (obviously). Wrapping up Is there one solution that we would recommend? Definitely not. They all have their quirks and it would be wrong of us to make such a recommendation. We have only just started on this IFC journey and I feel there is more to come. Why not join us? Source: www.ideastatica.com

The number of young people entering the construction industry is generally low, and industry buzzwords such as information technology (IT) are becoming increasingly attractive to emerging talent. This is due to the persistent misconception that construction is still a manual labor or low-tech industry, and this can discourage young professionals from pursuing a career in this field. Despite such a stereotype, the construction industry is developing rapidly, and the need for digital tools and information management is becoming more and more important here. The young generation in the civil engineering sector can significantly contribute to this digital transformation. Helsinki, Finland. “KG Constructions” performs façade works for project “Redin Majakka, Tower 2” BIM (building information modeling) information modeling of a building, as a technological solution in the engineering industry, is gaining popularity today. However, as with any new technology, this field requires a skilled workforce that can work with it. It is natural that many young construction discipline students around the world are interested in where it would be promising to build their career as an engineer. What are the long-term prospects of such a person in a large organization and in the construction industry. Attention to people's well-being Julius Zykus, head of the BIM department of "KG Constructions", says that now more than ever before, special attention is paid to creating and ensuring the well-being of employees when designing and constructing buildings. In order to create that prosperity, buildings must meet more and more requirements. If they meet more requirements, then they should be more complex, more modern, in which they should use more different materials, non-standard solutions. Not surprisingly, sustainability also plays an important role in today's construction industry. All building developers, architects, contractors, subcontractors and other chain representatives aim to reduce the total energy consumption, thus focusing on the development of sustainable construction and ensuring people's well-being. When designing even the most complex buildings, the goal is one - as much naturalness as possible, plenty of sunlight, ensuring ergonomics, using sustainable, long-lasting materials and other solutions. On the one hand, attention to ensuring human well-being is increasing, but on the other hand, time for assessing human needs is decreasing. As a result, the ability to read drawings decreases. It is becoming more and more difficult for a specialist to concentrate and look at the drawings for a long time, because there are a lot of details in them. For this reason, we use 3D modeling - BIM in our team. This way we can predict and scan much more detailed information and share it. For example, not only us facade specialists participate in the project, but also other subcontractors, we all have a common goal, but the tasks are different. In order to achieve complexity, we have to coordinate everything with each other, and communication via drawings is not timely. “Just after making a drawing, it immediately becomes obsolete. It needs to be constantly updated, and BIM appears as a platform where we can exchange real-time information that visually represents the building, its detail, check intersection points with automated programs, not manually, not by intuition, but with a real vision. Then the BIM coordinator from the customer's side can assess the full and detailed picture and make corrections. In this way, we eliminate errors and inaccuracies and can ensure the smooth progress of the project for the client” - observes Julius Zykus. Julius Zykus “KG Constructions” Head of BIM department Adoption of BIM in a large organization In the “KG Constructions organization”, the BIM department is a separate design unit and its specialists design and develop the project based on this methodology. Each implemented project is assigned a BIM specialist who accompanies the project throughout its development and creation cycle. Generally speaking, construction is a very inefficient process. This area lags behind in the sense of digitalization, efficiency and other nuances, therefore we see and know how we can achieve the opposite - positive effect, and that is why we use BIM. We create added value for both existing customers and those who choose to work with our experts. In the case of inaccuracies or misunderstandings between different chains, mistakes, it is not anyone else who suffers, but the client - the investor. We aim to educate and spread our knowledge, how we can prevent this - a specialist talks about the application of BIM in reality. Let's look at a practical example: "grey" areas appear at various stages of project development. You usually won't see such a discrepancy, and no one can predict it even if you have a drawing up to date. Unfortunately, the reality is different and when you come to the object under construction, you can see the opposite image, which is disturbing - you can see a hole in front of your eyes, for example. Disagreements, even arguments and blame-seeking follow from this. " We say it's not a facade, others answer - it's not a wall, and no one wants to take responsibility. The processes continue, and that hole remains untouched, until it reaches the stage when decisions have to be made in the object - here and now, because the holes are it can't be - says J. Zykus. According to him, the use of BIM in engineering helps to avoid this and many other mistakes. With a few clicks, software generates an image of the building project, where all discrepancies, possible problems and errors are clearly visible, and most importantly, the responsibilities of each subcontractor are clearly visible. "They are basically colored in different colors in the program. Finally, the "gray" areas become truly gray and clearly visible." - says Julius Zykus, head of the BIM department.   The specialist points out that without a BIM model, unfortunately, only drawings and contracts may not help to find the responsible party, and even more so, interested persons to solve the problems that arise.  "In summary, it can be said that the use of BIM helps to save money for all the chains working in the project, takes into account human resources, saves costs and makes project implementation more efficient.” “It is not uncommon to create anecdotes about delayed construction, even when designing an apartment, you often encounter delays, errors, apparently, when it comes to buildings costing millions, everything is much more expensive and mistakes cost more. In such situations, the investor - the client - suffers the most”. What can the field of BIM offer to a young specialist? A perspective in a perspective industry. BIM integrates digital tools, real-time data access, and a collaborative platform to streamline construction processes, increase project efficiency, and stay abreast of the latest industry trends. By encouraging young specialists to pursue a career in BIM and digital construction, we can use their ability to quickly navigate technological processes, and we also encourage them to boldly choose innovations and together create a more efficient, sustainable and future-oriented construction industry.   Article from: www.kgcgroup.com

Understanding the BIM Manager: A Key Role in Construction Projects What is the role of a BIM manager? A BIM manager most of the time typically plays a role of a civil engineer/project manager. They implement all the procedures in Building Information Modeling and Digital Construction during the design, construction, and handover of a project. Part of this procedures, BIM Managers are in charge of applying the BIM Execution Plan (BEP). A BIM manager leads and supports the use of digital technology to create BIMs in construction industry. The BIM manager can have a wide variety of responsibilities, depending on who they are working for. They work closely with BIM coordinators and modelers. BIM managers can go from implementing and managing project support tasks to quality support, and IT. During the project, they must consider all the factors necessary to implement and complete the project. So they can categorize and use them to transform the BIM environment into a productive and collaborative environment. They do so by: Defining a Building Information Modeling strategy Implementing systems for communication and data exchange in the organization Ensuring seamless collaboration among different parties Managing people and resources Monitoring the process for potential improvements Implementing tools for designing, developing, delivering, and maintaining a particular facility. Building Information Modeling is often seen as something complicated, hard to implement. But in fact Building Information Modeling should be seen as an opportunity because of four main reasons: Improve the communication Reduce the disgn errors Collect data The future What are the differences between BIM Managers and BIM Coordinators? BIM Managers and BIM Coordinators play distinct roles in the implementation of Building Information Modeling (BIM) in construction projects. While both roles are integral to the successful application of BIM, they differ in their focus and responsibilities. The BIM Manager is generally responsible for overseeing the BIM strategy across an entire organization or large projects. This includes managing the BIM software and licenses, defining and implementing BIM standards and protocols, and ensuring the organization stays updated with the latest BIM practices for better decisions. On the other hand, the BIM Coordinator focuses on a specific project. Their jobs are involved in coordinating BIM workflows between different disciplines, managing digital construction models, and mitigating risks like data security and interoperability issues. What are the benefits of having a BIM manager for a project? Having a BIM manager oversee construction projects leads to a lot of very important benefits. They include: Better coordination and collaboration; Better time management and fewer delays; Reduced costs and higher ROI; Increased productivity and faster delivery; Reduced risk of information losses, which especially tend to occur when a new team takes over a project; Improved maintenance and effective prevention of costly reparation; Reduced energy consumption and better environmental; Enhanced stability and safety. Career path as a BIM Manager How to become a BIM Manager? To become a Building Information Modeling manager, here is everything you need to arm yourself with: An HNC (Higher National Diploma) or HND (Higher National Certificate) in a subject related to construction, such as civil engineering. Experience in an AECOO role (many employers are looking for at least 5 years’ experience). Familiarity with the modeling process in Building Information Modeling. Excellent IT skills. Great verbal and written communication skills. Extensive knowledge of quality and document management processes. What is the job description of a BIM Manager? A BIM Manager job description might outline the following key tasks: Develop and implement BIM protocols and systems for new projects, ensuring they match the company’s standards and the project’s requirements. Coordinate project model deliveries, reviewing models for accuracy and compliance. Lead BIM coordination meetings to discuss project updates and address potential issues. Maintain and enhance the BIM elements of the client Common Data Environment (CDE), including processes and procedures for reliable information exchange. Provide support to project teams in preparing bids and implementing BIM technology effectively. Manage the BIM project lifecycle, sharing knowledge with the company’s staff and clients for successful project outcomes. Oversee drafting staff and the development of software operations. Damien Lefranc, BIM Manager at Legendre discussed his career path, his job and his experience using BIM. Discover here this article to learn more about his experience.   Source: www.catenda.com

The Vistas 75 project, located in the northeast of San Salvador, is designed by Leon Sol Architects and developed by Esferas Inversiones S.A de C.V, with Qualicons serving as the general contractor. Using Autodesk Revit, the project team modeled a complex of 27 townhouses, 174 apartments, 4 residential towers, and 3 row-house blocks across a construction area of 19,225 square meters. Sustainability principles are central to the design, with orientation for optimal daylight and city views. Additional amenities include a community club House, green areas, and a soccer field. The project is projected to complete by the end of 2026. The project team used design options in Revit and the rendering capabilities of Twinmotion for Revit to show a range of interior schemes and layouts on offer with the new residential development, and to assist with marketing the units before they become available. What’s New at a glance: June (2025.1) and July (2025.2) releases now available More than 60 stability, quality, and performance improvements Updates for linking coordination models from Autodesk Docs Revit family substitution with Twinmotion More automation for structural analysis Revit Home releases from Tech Preview Autodesk Insight is now accessed directly from Revit ribbon for Revit 2025.2 AEC Data Model API now in release New June and July releases for Autodesk Revit combine to offer over 60 stability, performance, and model quality improvements, along with several community requested ideas, like area wall joins, quick alignment of annotations for keynotes and text, and an upgrade for PDF export that allows it to run in the background. There are also now tabs for the project browser, a longstanding request with more than 1,000 votes from the Community. This subtle but useful addition will allow you to navigate Revit more easily, with less scrolling and collapsing required to find the window you need. You will also notice a more streamlined and personalized Revit Home in Revit 2025.2. Newly graduated from Tech Preview, the new Revit Home offers a more finely tuned way to search, open, filter, and sort your projects and models, while modernizing the experience of getting down to work in Revit. With more intuitive access to linked and shared data in the cloud, along with insights about the way you work, and tips for getting the most out of Revit: the new Revit Home delivers an assist for when you need to start fast and stay organized! But that’s not all! Keep reading for top highlights. New Revit Family substitution brings more automation to scene creation in Twinmotion. Have you ever wished you could automatically use Twinmotion’s high-quality assets to represent your Revit family objects, without manually assigning each one individually after importing them into Twinmotion? A new feature in Revit 2025.2 for Twinmotion for Revit is making that easier. With the release of Revit 2025.2, a new “Twinmotion Substitution” parameter has been added to Family Objects, allowing you to assign and map Revit geometry to a corresponding Twinmotion asset you specify. This new feature saves time and tedium in developing and updating Twinmotion scenes from your Revit data and can help you better visualize design options and intent for any type of Revit Family — from casework, doors, and furniture, to planting, hardscapes, signage, and more. Check the video above for more on Twinmotion asset substitution from Revit families. New automation for structural analytical modeling from physical model elements improves the speed and accuracy of analysis workflows. Revit 2025.2 introduces a new, innovative capability that elevates structural analytical modeling. This updated automation tool allows the generation of analytical models from selected structural physical elements, ensuring that the resulting analytical model aligns with key horizontal and vertical references derived from the physical model. What results is an analytical model with well-connected elements and that reflects the engineering mindset for modeling for analysis, ensuring a seamless and accurate representation of the engineering design within the analytical model. With the new structural analytical modeling automation tool, you can: Easily align analytical columns and walls from top to bottom across multiple levels.    Seamlessly align analytical model elements with levels through vertical adjustment. Effortlessly align analytical elements with grids through horizontal adjustment. Check out the video above to see this new automation feature in action. Track linked model changes from Autodesk Docs in Revit for DWG, RVT, and now IFC and NWC. Improve design coordination and model integration within your project teams. Revit 2025 introduced a model changes palette for linked coordination models from Autodesk Docs, making it easier to visualize and track changes across two versions of a linked model. You can link a coordination model from Docs into Revit and the palette displays and tabulates changes to the model as ‘Added’, ‘Modified’, and ‘Deleted’ elements. A comprehensive list of all changed elements reveals the scope of updates to the model, alongside color-coded model geometry indicating where the changes have occurred. With the release of Revit 2025.1 and included in subsequent versions of Revit, you can now track model changes for IFC and NWC file formats, in addition to the RVT and DWG file compatibility first released with Revit 2025. These enhancements support better understanding of design intent across multi-disciplinary project teams, helping designers and project managers to better aggregate and interrogate their BIM models to support tighter coordination in the production of design deliverables with their design and construction stakeholders. Also in release: A new manage links dialogue releases with Revit 2025.2, bringing a modernized and responsive interface, new search and filter functionality, smarter, more dynamic operational tools, and more clarity in your file and linking structures, supporting more visibility and simplicity in working with a wide range of data-rich models. Dynamo for Revit releases with Dynamo core 3.2.1 in Revit 2025.2, featuring a new Dynamo Home page, new paneling, t-spline, and data interrogation nodes, out of the box templates for common workflows, and more! Check it out on the Dynamo blog. Structural steel parameter improvements use industry standards to more accurately calculate and define weight and length for structural framings and columns. In addition, taggable instance and type parameters have been added for structural truss families. Improvements in the display and behavior of linked toposolids to support easier loading and editing in site design, released in Revit 2025.1. Article Source: www.Autodesk.com