Implementation of BIM in construction industry – A brief analysis by Alan Lamont

In this video tutorial, Alan Lamont, Vice President, Digital Advancement Academies, Bentley Systems, provides good information on implementation of BIM in construction industry.

BIM implementation is gaining popularity among construction sectors since more and more decision-makers get the ability to recognize how by virtually prototyping the building under construction, they can evaluate the design more efficiently, attain more precision in construction as well as evaluate alternatives in respect of cost and other parameters.

With BIM, it is possible to utilize the resources and optimize the workflows and as a result the productivity and profitability are increased.

But there are some barriers for which BIM is not adopted full fledgedly in all construction projects.

The barriers comprise of five major factors ranging from intricacy in changing people’s habits, restricted applicability, interoperability issues, restricted budgets and slack in various operating standards.

To get more detail information, go through the following video tutorial.

Video Source: Geospatial World

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The role of BIM Execution Plan (BEP) for MEP firms

With advancement of BIM, the demand for BIM Execution or Implementation Plan is also increased. BEP facilitates every project stakeholder to get updated with the project. Now MEP firms extensively implement BEP for improved BIM Level 2 execution.

BEP becomes part and parcel for construction projects specifically large and complicated projects like BIM. The basic BEP plan is utilized to make sure that all the stakeholders, architectural, structural and MEP professionals remain on the equivalent page and proceed at the same predefined pace retaining the clear view in focus.

So, BEP in its nature signifies consulting insights on how BIM will be enforced across the project for each professional ranging from designer, MEP engineer, MEP consultant, or a MEP contractor as well as inter-disciplinary design teams and engineers.

How does BEP impact MEP firms?

Specifically MEP firms reap the most benefits from BEP on BIM coordination. Any MEP firm that deals with a complicated construction project plays a significant role across phases to remain organized. With a BIM implementation plan or a BIM consulting partner BEP is formulated easily to make sure that each stakeholder recognizes their part and can adopt the activities consequently and make out what should be anticipated from other disciplines.

• BEP Documents: The information provided in BEP documents comprise of a plan for BIM adoption, how the data in BIM files are generated, controlled, documented and distributed across the disciplines. When Mep Firms can access such information sets, their teams will to able to undertake decisions for fabrication, delivery at site and installation.

• Project Guide: Aside, when major deliverables and a guide to project milestones are evidently defined, MEP engineers and teams who participate in the project at later stages with regards to other design engineers, BEP plays a very important role in adopting up to date decisions.

• BEP for construction projects: BEP for the construction projects also comprise of practical working method with the details of filenames, abbreviations and acronyms, annotations, symbols in mark-up drawings (if any) and lots other used in the BIM model. The detailed plans in BEP with a guide simplify the task of MEP teams; particularly in formulating MEP coordination drawings and finalizing MEP layout.

Advantages of BEP to MEP firms: When BEP are designed with complete documents to integrate various teams and collaborate to accomplish the project in a systematic and phased manner. BEP provides benefits to MEP teams in the following ways.

• Superior communication and management
• Improved collaboration as per standards
• Reduce reworks
• Saving of time and costs

Read more

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The role of BIM in prefabrication period

BIM is used to provide digital representation of the building process in 3D with the scope of a 4D (time) and 5D (cost) of data to minimize errors, enhance effectiveness and decision-making.

With improved perceptibility and clarity throughout a project to ensure that things remain on the schedule that’s been dedicated to and within the calculated budget being proposed, BIM tools provide substantial ROI for architecture, engineering and construction (AEC) professionals.

Besides, base-level geometry of a structure, BIM comprises of spatial relationships; mechanical, electric and plumbing (MEP) components and the quantities and cost estimates for the required building materials. If any modification is made, associated objects are updated along with it, all in a centralized model so that each team member of the project can get access of that model.

BIM produces a broad, digital picture of a project to facilitate the project stakeholders to have clear view concerning what resources are essential and when, as well as reduce the chances of over- or under-estimating the time and money the project will require.

The objective of prefab and modular methods is to lessen the time required to fabricate a structure on the jobsite, as well as integrate MEP components into the panel or module while fabrication is going on. BIM contains these components in the entire building model and makes trade-to-trade coordination better.

In prefab and modular construction, assembly requirements are altered since the piece, panel or module design is calibrated. As soon as the design gets ready, BIM can generate visual-based manuals, in place of written instructions so that the workers can get a clear idea of the new steps for fabrication.

Building in the virtual space is incorporating the new technologies like virtual and augmented reality.

Virtual reality can offer an immersive understanding of the BIM model and a supplementary resource for AEC professionals to examine the design options and find out design errors.

AR facilitates to layer BIM models with real objects in the jobsite as a reference point during the assembly process and avoids the construction errors.

Source: constructiondive.com




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Future Construction Project Should Rely On 3 P’s Of BIM (People, Process & Policies)

To reap the complete benefits of BIM for next generation of construction, the emphasis should be given on the 3 ‘Ps’ of BIM i.e. people, process and policies.

People is the first ‘P’ of BIM: To implement BIM in a positive manner, the organization should need the entire team to realize its significance and accept it’s adaptability. The people are mostly responsible to bring in the advancement and so it should be given first priority against the processes and policies.

It is very crucial to develop sound relationships with professionals, in-house teams or a design support solutions provider. It is considered as one of the most vital factors while commencing technological conversion.

Process is the second ‘P’ of BIM: Sometimes, it is found that even skilled AEC professionals find it difficult to execute BIM though they are fully conscious concerning the benefits of the BIM. They mostly prefer to adopt the shortest and simplest method by employing the new technology with old processes. They give priority to use the obsolete processes because they are accustomed and comfortable with them.

As for instance, it is found that professionals or AEC firms using a building program in Microsoft Excel on one monitor, and although, they require Autodesk AutoCAD or Revit. They are engaged in generating and regenerating the data while they can employ Excel-to-Revit tools and produce spaces from Excel in Revit automatically. Lots of processes produce a lot of data waste over the lifespan of construction projects.

The third ‘P’ of BIM is policies: While going to adopt BIM-friendly processes, company policies are considered as the major barrier to overcome.

BIM becomes effective when all the people, who are associated with the construction project, can distribute information without restrictions as well as collaborate. Contracts generally prohibit information distribution by adhering to the clause of confidentiality, liability and litigation concerns. So, it is vital to understand that design solutions are essential to the protect companies as well as inspire them to collaborate.

Companies can also safeguard themselves with the use of filters to the information they distribute; as for instance, building plans should be marked with green, yellow, or red, to specify whether the information is final, provisional, or incomplete. By making collaboration with stakeholders, all parties can mutually settle definitions, processes, policies, and parameters before the commencement of any project. This initiative can minimize risk and at the same time reorganize the workflows that BIM depends upon.

Article Source : www.pbctoday.co.uk

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RTV Xporter For Revit Can Automate Your BIM Process

With RTV Xporter for Autodesk Revit, the users will be able to export and print drawing sheets and views in Autodesk Revit automatically. RTV Xporter contains user-friendly interface to instantly look over, explore and filter Revit drawing sheets and views. Besides, the users can generate PDFs, DWG, DWF, DWFx, DXF and IFC files automatically. With RTV Xporter’s in-built parametric file naming engine, it is possible to automatically saves the exported files to fit any company’s or project team’s file naming conventions conveniently. RTV Xporter also provide support for batch printing to two separate printers concurrently to facilitate the project teams to have sufficient time for designing and coordinating their BIM projects. RTV Xporter is specifically designed for Architects, Interiors Designers, Engineers, Landscape Architects and Visualization Artists who use Autodesk Revit.

The PRO version of the RTV Xporter product facilitates the users to generate and carry out ignored scheduled tasks and batch processes in Autodesk Revit.

The PRO version can scan current Autodesk Revit projects for 2D Drafting Views and automatically remove and save them as separate Revit files, facilitating the users to mine data and content for your BIM projects without any difficulty.

With PRO version, the users can automatically name their exported digital files on the basis of parameters drawn out from their Revit project, along with shared and project parameters linked with Revit Views or Sheets. It will facilitate the users to 'set and forget' the projects file naming syntax while generating any digital documentation.

Batch print large format and abridged hardcopies to two individual printers at the same time.

Download RTV Xporter for Revit

To get more information, visit https://www.rtvtools.com/

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How UHS Henderson Hospital Project Completed Successfully With BIM

BIM was implemented in UHS Henderson Hospital project to assign best time for design to fulfill the customer expectation devoid of curtailing the scheduled time allocated for the jobsite to finish the construction.

The engineers and detailers co-operated throughout the design process to generate design deliverables and shop drawings from the similar 3D-BIM model.

To execute the task, the project team generated a construction-level model devoid of slowing the schedule of the design. Superior quality documents with all engineering and construction information were created devoid of making the documents complicated with enormous finely detail.

Given below the detailed descriptions of the process:-

1. Engineers collaborated with the designers to produce initial drawings and sketches which were applied to organize the final model. As the engineers were drafting a very low level of detail (LOD 100), they can easily respond to the modifications of design as well as fulfill the satisfaction of the customers. Furthermore, as the detailers were outlining the systems throughout design rather than after, they can easily raise queries and obtain solutions previously devoid of the requirement of a request-for-information process. They can also accomplish most of the coordination prior to clash detection started.

2. Various field general foremen performed the modeling for the shop drawings prior to assemble them on jobsite. At the time of issuing Construction (IFC) sheets, foremen already recognized the job and didn’t have to spend prolonged time for solving issues associated with the project.

3. The shop foremen generated spool drawings for the assemblies which they were fabricating to minimize rework as they were capable of accessing the BIM model to resolve their queries at any time.

4. Engineers compromised with the design team to apply one-quarter scale design drawings in order to use the similar sheet layout and text size. This facilitated to utilize the identical annotation, notes, and sheet setup for the detailing and engineering drawing deliverables.

Ref.: www.healthcaredesignmagazine.com

Image Courtesy: thebimhub.com

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Compute energy & BOM values in Revit & ArchiCAD with BIMobject Mosquito Wall Systems Cloud App

BIMobject® introduced new BIMobject Mosquito Wall Systems Cloud App to automate & accelerate the formation of construction solutions for walls.

The BIMobject Mosquito Wall Systems applies all existing building materials distributed in the BIMobject Cloud to generate the blending of materials into a wall system. So a wall system configuration is formed through application of building materials from various brands, and integrating it with generic materials.

The new Mosquito Wall Systems can help to create a complete series of construction solutions toward building material manufacturers. The manufacturers will get the ability for automation & formation of complete solution catalogues to be instantly allocated to the whole BIMobject community comprising over 125,000 professional users.

With a collaborative 3D view and simplified product administration, organizing construction solutions into the cloud is performed rapidly. The Mosquito technology produces wall systems and the Revit and ArchiCAD users can use it directly. So the BIM objects can be downloaded easily and utilized in the complete project. Each wall system is assigned with extensive properties like fire resistance, mass, sound transmission class as well as R- and U-values. The BIMobject Mosquito Wall Systems will automate the process for producing the BIM object. With the External databases, the properties of these construction solutions can be preserved and these are imported for automatically generating numerous configurations on the BIMobject Cloud.

The wall system is a crucial part concerning a design intent model in the BIM process and its properties are very useful to work out energy and bill of material values in Revit and ArchiCAD.

For more information, visit info.bimobject.com

Image Courtesy: info.bimobject.com

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Jenoptik presents 3D metal cutting laser in Fabtech 2015

At Fabtech 2015, North America’s largest trade event for metal process technology, Jenoptik can demonstrate its laser machine series for 3D metal cutting in Hall North 2, booth 6087 from November 9 to 12 at McCormick Place in Chicago, Illinois (US).

Laser cutting permits an extremely efficient process of complicated metal components. The non-contact method minimizes prices caused by set-up time or tool wear. JENOPTIK-VOTAN BIM is designed for processing of a range of metal operating components, even though the manufacturer processes on just one laser machine, as a result of there’s no have to be compelled to use special cutting dies as throughout the traditional process. With a repeat accuracy of up to fifty µm, this laser machine ranks among the foremost precise systems of its category. Moreover, the axis movement of the robot’s laser arm are up to 60 percent quicker than those of the present robot standards, therefore giving a considerably shorter cycle time compared to alternative robot systems.

The system conception of the JENOPTIK-VOTAN BIM series is based on a beam guide within the mechanism. It permits using laser sources with an influence of up to four kW power while not having to use a complex external beam guide. At a similar time, the laser beam path prevents the laser beam from pumping effects, guaranteeing a stable beam quality. This approach permits Jenoptik to deliver its customers a technological competitive advantage.

With its metal cutting laser machine series, Jenoptik serves the automotive trade by cutting e.g. complicated automobile body and structural components furthermore as hydro-formed tubes, getting used for exhaust systems or car body rail manufacturing. JENOPTIK-VOTAN BIM is easy to integrate into production lines or combined process units.

Watch a live demonstration of the mechanism at Jenoptik’s booth 6087 in Hall North two at the Fabtech trade event from nine to twelve November.

Source: www.novuslight.com

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Upgraded Allplan (2016) software for Business Information Modeling (BIM)

One of the world’s leading software developing and provider companies for AEC (Architecture, Engineering and Construction) is Nemetschek. They provided lots of useful software like Vectorworks, Graphisoft, Bluebeam etc. Their main product Allplan launched in 1984 and it is a CAD system for architects and engineers. Recently they launched Allplan 2016 which increases elasticity in 3D modelling and give user freedom and accuracy in creating volume and surface models.  The newest version guaranteed for trouble –free working experience.

The demo version of Software Allplan 2016 is available for 30 days trial period. You can download the software from the following link: http://www.allplan.com/en/services/cad-downloads/cad-download.html

Some of the features in this version are below:

• By the use of new 3D kernel planning, quality gets improved.
• Complete and clear display of all components of a virtual model with user friendly options. (The picture taken from Allplan’s website)
• By the ambient occlusion and white model feature user can deactivate all materials and textures with one click, which create a white architecture model.
• The new version support multi display option, which helps user to arrange design on more than one screens. (The given picture taken from Allplan’s website)
• Allplan 2016 gives user a library that contains many useful objects such as trees, hedges and gates etc. Here user can select multiple object filtering and make working more flexible.
• The measurement unit feet and inches have been added in the software.

In the field of architecture and construction BIM has taken a valuable part. In order to improve the BIM process, the new functionality should be integrated with the related software with more flexibility and user friendly interface or option for operating them. Allplan software professionals always try to update the software to keep it in a front row in the field of BIM.

Image Source : allplan.com

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Want to complete your Residential and Commercial Building Projects Quickly: BIM will Helps You.

Now Technology is everywhere and brings comfort to human beings and takes an important part to our daily life. It also takes an important part in the field of architecture, engineering and construction (AEC) Industries. 

Building information modelling (BIM) is a process by which the AEC industries professionals are completing their projects in a short time. The experts are now using correct and upgraded technology (Tools) for construction across the world.

Mechanical, electrical and plumbing (MEP) is one of the part of BIM process. MEP relates to Air handling units, Water pumps, Drainage Pumps, Fire fighting equipments etc. installing and design. The models of buildings are totally digitalized and made through Revit models. The model is used for clash tests and building construction professionals resolve the clashes by required changes to the design. And when the problem resolved the design, quality of the building reach to a bench mark.

So if the BIM process is follows properly and proper information provide to AEC experts, construction projects can be completed very fast with supreme quality.

Image Source : bradleybim.com

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Experience improved BIM workflow with ARCHICAD 19

GRAPHISOFT is going to release ARCHICAD 19 in June, 2015 together with an extensive list of 26 local versions.

ARCHICAD® 19 will significantly enhance BIM performance through its powerful 64-bit and multi-processing technologies with predictive background processing.

ARCHICAD® 19 contains some advanced features which are mentioned below :-

• Superior Work Environment - The new Tab Bar for multiple viewpoints offers fastest toggling between Floor Plans, Sections, Elevations, and 3D windows.

• Permanent Guidelines - Latest Guide Lines, Snap Guides and Snap Points facilitate constant graphical support for perfect element formation and editing.

• Interactive 3D Surface Painter - Insightful, 'drag-and-drop' building model surface editing in 3D offers instantaneous, visual feedback. With new Surface Painter, ARCHICAD® 19 allows designers to modify model surfaces in the 3D window with a simple mouse click through a movable palette named Surface Editor.

• Easier, rapid 3D navigation with OpenGL – By applying a completely-optimized OpenGL engine, ARCHICAD® 19 provides easier, quicker 3D navigation while dealing with enormously outsized building models.

• Predictive Background Processing - ARCHICAD 19 capitalize on disused computer volume with the prediction of prospective future user actions and arranging them in the background. This significantly improves the susceptibility of the application in general, so it becomes more responsive for different types & sizes of projects.

• Optimize the process in OPEN BIM – With ARCHICAD 19, the users will be able to import the IFC model precisely keeping the same look in the original application where it was generated. Collision detection is now possible with all imported IFC MEP elements. Superior collision detection performance transforms ARCHICAD 19 to be a exceptional BIM authoring tool with developed interdisciplinary coordination functionalities.

Image Courtesy: blog.graphisoftus.com

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BIM & SCAN : Integration for Prospect with Headcount Engineering

The UK 2016 government mandate expresses the need for efficient BIM methodologies, e.g. stakeholder collaboration and utilization of BIM standards, in its 2011 Government Construction Strategy, and the Irish AEC/FM sector (and EU in general) are following suit with these guidelines, standards, and protocols.

The US Department of Commerce’s National Institute of Standards and Technology (NIST) calculated an estimation in 2004 that $4.8 billion was used up every year just to confirm that the captured building information symbolizes exact building condition.

Presently the PAS 1192 documents recommend Level 2 BIM as the standard of integrated practice, but the goal of Headcount Engineering is the utilization of methodologies that will qualify the test of time and be relevant now and in the future, e.g. Level 3 utilizing open standards and virtual common data environments. These industry tendencies have been led Headcount Engineering in the directed to develop best practices in relation to Terrestrial Laser Scanning (TLS) and BIM processes, protocols, standards, and methods.

At Headcount Engineering we recognize BIM is a jointly integrated practice, i.e. utilization of Integrated Project Delivery (IPD), for the AEC/FM that co-exist with lean methods that helps in decreasing waste, project period, and risk.

The BIM process and the development of object-oriented parametric process data models, i.e. BIM Models, are a global paradigm-shift in the AEC/FM including supply chain, manufacturing, production, fabrication, etc. BIM is not 3D CAD or software that can be bought; BIM is a philosophy that starts within the mind.

BIM has two forms: An IPD process of suggested lean protocols, specification, and standards to follow, and a Virtual Design & Construction (VDC) model that is a visual data rich demonstration of the built environment to be set up and to be preserve for the facilities life cycle. A BIM is an ongoing/living virtual representation of a to-be or existing built environment. Strictly a BIM model is an “nth-Dimensional BIM” (nD BIM) object-oriented information model developed in a platform neutral open machine-readable language, i.e. Industry Foundation Classes (IFC). An IFC BIM contains parametric product data that can be utilized for imitation of code compliance, accessibility, constructability and sustainability review/analyses, safety protocols, virtual assembly, fabrication, etc.

IFC uses the EXPRESS data modelling language standard for product data models which is formalized in the Standard for the Exchange of Product model data (STEP – ISO 10303).

Headcount Engineering presently gives TLS and BIM services for many big clients here in Ireland and abroad both commercial and process plants. We have made our own unique Scan-to-BIM* and Scan-vs-BIM** techniques.

The main purpose of Scan-to-BIM and Scan-vs-BIM is to make sure the As-Built BIM model is per the specifications of the design BIM model. Scan-vs-BIM is the answer of main questions: Is what was constructed/installed built according to the design BIM? To professionally and competently answer this question Headcount Engineering provides a complete dimensional control service that combines Scan-to-BIM and Scan-vs-BIM. Dimensional control is essential to compliance control during construction and to lifecycle monitoring for Operations and Maintenance (O&M) and Facilities Management (FM). Headcount Engineering uses in-house techniques to generate precise As-Built BIM models for FM that are less costly and less prone to human error than many other conventional approaches.

We use our in-house methods, protocols, and procedures for dimensional control and compliance control, which is one of our main requests from some of the major companies in the world, particularly to process plants.

In the commercial facility and process plants sectors, our clients reach to us for the development of precise As-Built BIM’s according to BIM standards so they can correctly maintain their facilities, look at energy and the associated cost, have a accurate basis for retrofit design and construction, and have a whole historical record of their accessible facilities.

Providing ground-breaking solutions in these areas can harbor many new chances in Ireland. Our clients frequently use our services because they notice the level of improvement in the quality deliverables and services Headcount Engineering gives to them. Clients are now starting to observe the reimbursement of BIM and TLS during construction and FM & OM.

Headcount Engineering has specifically recognized that, with the fast increasing use of BIM for design, construction, and FM, and a chance has occurred to resolve major problems by aligning TLS point cloud data with the BIM model. We can rapidly charge and quantify problems and promise standard compliance is correctly controlled within specified tolerances.

Reference:- www.irishbuildingmagazine.ie

Image Courtesy: webimglobal.com

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Design integration using Autodesk Revit 2015

Authored by Daniel John Stine, the book, Design Integration Using Autodesk Revit 2015 is written to give the reader with an enrich knowledge of Autodesk Revit tools and techniques.

All three fascinating taste of the Revit platforms are bringing in this textbook. This endeavor gives the reader a wide impression of the Building Information Modeling (BIM) process.

The design integration of most of the building disciplines:

• Architectural, Interior style, Structural, Mechanical, Plumbing and Electrical.
• Civil isn't lined, however adding topography to your model is.
• Every book comes with a CD containing various video displays of the written language.

Throughout the book the scholar makes a 2 story law workplace. The drawings begin with the ground plans and develop all the thanks to photo-realistic renderings almost like the one on the duvet of this book, means the building s structure, ductwork, and plumbing and electrical (power and lighting) area unit sculptural. By the end, the reader wills a have thorough information of the many of the Revit basics required to be productive in a very schoolroom or workplace atmosphere. Although you'll solely be operating with one element of Revit in your chosen profession, this book can provide you with necessary information on however the opposite disciplines are doing their work and valuable insight into the method.

As a trainer, the writer appreciate that a lot of students in a very room setting have varied degrees of pc expertise. To assist level the enjoying field the primary chapter is dedicated to associate in nursing introduction to computers. Abundant of the fundamentals area unit coated, from hardware and computer code to file management procedures: as well as gradual directions on employing a flash drive.

Chapters two through five cowl several of the Revit basics required to with success and with efficiency add the computer code. Once the basics area unit coated, the remaining chapters walk the reader through a building project that is started from scratch therefore nothing is taken with no consideration by the reader or the author.

A CD will be attached:-

• Video reviews define the tools utilized in every chapter and shows readers the way to use them.

• Bonus chapters introducing the creation of custom Revit content (families) and Google SketchUp.

• A bonus textual matter of the Roof Study book which incorporates info on dominant the highest surface of the roof in Revit.

• Chapter starter files which permit readers to leap round the text or skip chapters.

Buy Now: www.amazon.in

Image Courtesy: www.amazon.in

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How Virtual Modeling Process can make the facilities management system superior

Building information modeling (BIM) is considered as the part and parcel for efficient construction design. But we always neglect the fact that how we can utilize the BIM data in future to enhance the complete lifecycle of the building rather than construction.

So we should maintain good practice to preserve the post-construction model data. In order to get long-term benefits from BIM, the facilities management process should be improved to a great extent. Given below, some useful tips on virtual modeling that can enhance facilities management practice.

1. Superior space management: Facility professionals should have clear & concise ideas regarding usage of the space to condense vacancy and in due course get significant cutbacks in real estate expenses. Gather room and area information within a BIM models for superior space management. It will also help in collecting data and any reformation work.

2. Optimize maintenance: Put the product and asset information into the database for undertaking efficient maintenance programs as well as precautionary maintenance. Preserve this data within BIM models and downloading it into the facility management system to manage maintenance systems perfectly and at the same offer superior performance. BIM facilitates a maintenance engineer to obtain maintenance information by clicking on the object in the model. Besides, the maintenance engineer can know in advance if any maintenance is necessary by receiving an alert.

3. Superior Energy Utilization: BIM makes the maintenance procedure to maintain the equipment precisely to the best possible environmental conditions. The facilities professionals can get rid of the waste related to escalating operating costs for facilities which are functioning poorly.

4. Cost-effective retrofits and restorations: The cost and complication associated with renovation and retrofit projects is reduced to a great extent by acquiring better information concerning existing conditions. Besides, the valuable mistakes can be circumvented which are associated with alterations that don’t adhere to code requirements can be circumvented.

5. Enhanced lifecycle management: The owner can understand the advantages of spending money in materials and systems which may be expensive in initial stage but provide a good reimbursement over the lifecycle of the building. By gathering data from a BIM model, the depreciation of the assets can be estimated to fully make out financial and tax benefits.

Conclusion: With advancement of BIM technology, the design and construction firms should evaluate the full potentiality for the building’s lifecycle.

Skanska develops BIM protocol plan for George Washington University which will formulate the new standards and approaches in facilities management. It will be applied in future university design and construction contracts by addressing the elements like how the model is arranged and how that model is distributed amid architects and construction managers as well as how an incorporated model is delivered in future.

Image Courtesy: www.vianovasystems.no

Ref.: http://blog.usa.skanska.com

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Some handy BIM/VDC-associated technologies which can make a sea change in AEC Firms

The workflows of AEC firms are improved to a great extent with the implementation of building information modeling & virtual design and construction. Several upgraded techniques emerge out to transform 3d co-ordination process to a superior level.

The followings are some handy BIM/VDC-associated technology trends which facilitate the building team to design, build as well as operate buildings efficiently in the future course of time.

3D laser scanning: Lots of softwares contain less expensive field scanning techniques which perform through BIM models having perfect field information for construction sites. A scan is performed through the strong laser recording of the building structure that gathers the shape and look of a site. These conditions are transformed into a cloud of data points which are imported into a BIM model.

On a solo project, 30 minutes of scan time in the jobsite and 30 minutes of post-processing and uploading the point cloud into a Revit model can lead to saving of $30,000.

Model energy performance on the fly: With the emergence of new software tools, energy analysis of a building is executed throughout the conceptual design stage. Autodesk and Sefaira have launched various applications facilitating designers to accomplish energy study of early concepts on the fly. These applications compact the time required for assembling and crunching energy performance data for a long period. It facilitates the design teams to adapt their designs on the fly on the basis of the data.

Prefabrication will transform building delivery: Several Building Teams are applying BIM methods to collude with general contractors and construction managers to prefabricate and set up building components which range from mechanical equipment, plumbing infrastructure, and even complete restroom pods.

BIM makes the prefabrication process easy and smooth as the design become constructible in the model to be prefabricated and installed.

Data management: Some leading software companies like Assemble Systems and Panzura have built up cloud-based devices to manage, preserve, and distribute project data in a sophisticated way.

Computer-aided manufacturing: With the arrival of prefabrication and manufacturing processes like Lean construction, it opens savings and process efficiencies, the AEC are compelled to comply much the identical way computer-aided manufacturing changed manufacturing. Various CAM technologies together with BIM processes can deliver ready-to-install modules.

Image Courtesy: www.bdcnetwork.com

Ref.: http://www.bdcnetwork.com/

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