Autodesk launched Revit 2019.2 with some improved features

Autodesk has launched new updated version of Revit i.e. Revit 2019.2 and comprises of new connection features for BIM 360 Design platform along with various sets of design-side features for all disciplines.

The direction with Revit facilitates to include more people as possible to take part in the BIM process for superior workflows.

With worksharing several participants can co-author Revit models in the cloud with BIM 360 Design but in version 2019.2 cloud Models for Revit, facilitates the individuals—in non-Worksharing mode—to preserve their data in BIM 360 as well. It will provide huge benefits to both Revit and Revit LT subscribers.

The process becomes faster to distribute your BIM models with others since the BIM 360 platform upgrades the models for the cloud, fundamentally simplifying them for web-based delivery and remoteness. Shared participants can then avail the BIM model data in BIM 360 with BIM 360 Docs viewer, as for instance, to view and markup Revit models from any gadget.

Other “Connect” new benefits comprise of a cloud-based way to update older projects to the most updated version of Revit, better connections among civil engineers and architects, and new design-to-fabrication method for concrete structures with new CAM export features.

Create: In the area of Create, Revit 2019.2 now facilitates the users to zoom into schedules. Now, familiar keyboard shortcuts can be applied to perform so as well. The “too small on screen” blocking error is eliminated so that the objects can be moved very small distances. Revit 2019.2 will now also apply greater resolution texture on objects while using out-of-the-box textures.

For MEP Fabrication users, Revit 2019.2 offers enhancements to work with branched connections and auto-updating connection components. It is now also possible to directly edit the top and bottom elevation properties of cable tray, duct, and conduit elements, among other similar enhancements in the area of MEP.

For online demonstration, go through the following video tutorial.

To get more detail information, click on the following link blogs.autodesk.com



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Get better view of 3D BIM models on the construction site with new HoloLens OS update

The latest HoloLens OS update (RS4) offers some immense benefits for BIM Holoview users. The performance and projection stability are enhanced significantly as well as the memory capacity is also increased greatly.

It facilitates the users to enlarge the size of the Autodesk® Revit® and Navisworks® files that BIM Holoview handles. As a result, more building services and bigger areas can now be viewed.

This improvement supports the following two major features of BIM Holoview:

(1) Perfect location of models to within 2cm that allows visual inspection of the proper placement of structural components and services.

(2) The transparency mode that facilitates the layers of a building, and hidden structure and services to be visualized.

Due to design and construction faults, the non-residential construction industry has to loss approximately US $49 billion per year. The objective of BIM Holoview is to decrease these costs by around 50%.

So, the average savings for a construction company would be $1.4 million per year (and $24.5 billion for the industry overall). The users also get benefitted from elevated productivity because of the comprehensive understanding that viewing models on-site provides – evident in construction of the Park Hyatt Auckland.

To get more information, go through the following link forums.hololens.com



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The new HoloLens OS update allows to view the 3D BIM models on the construction site accurately

The latest HoloLens OS update (RS4) offers some immense advantages for BIM Holoview users. The performance and projection stability are significantly enhance along with the boosted memory capacity for BIM Holoview.

It facilitates the users to raise the size of the Autodesk® Revit® and Navisworks® files that should be processed though BIM Holoview. Now, it is possible to view more building services and larger areas. This enhancement felicitates the following two important features of BIM Holoview:

(1) Perfect arrangement of models to within 2cm which allows visual validation of the perfect positioning of structural elements and services.

(2) The transparency mode that facilitates the layers of a building, and hidden structure and services to be visualized.

Presently, the non-residential construction industry has to pay roughly US $49 billion annually for Design and construction errors.

The purpose of BIM Holoview is to curtail these costs by around 50%, it means that the average potential savings for a construction company could be $1.4 million annually (and $24.5 billion for the industry overall).

The users also get advantage from increased productivity because of the comprehensive understanding for viewing models on-site.

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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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Benefits of BIM for Surveyors throughout retrofitting of a construction works

The prime responsibility of a surveyor is to deal with several measurements, values, costs, schedules dimensions and demarcations which are gathered from trustworthy and precise sources of data. BIM facilitates the surveyors to avail and evaluate all this data in form of geometries, numerals, and essential foot notes [with annotations to building object and modeled elements] for clear-cut information.

As-built BIM models allow in visualizing the data, finally authorizing surveyors to obtain detail information as well as insights. This insight allows survey professionals to perform proper analysis with the purpose of giving suggestions to architects and contractors for the sake of occupants and all the stakeholders who are associated with the building design and development projects.

When it is required to arrange the BIM models in as-built conditions of the building, the construction works or the infrastructure are analyzed prior to scanning and redesigning the project.

By maintaining exact level of detailing of designs in BIM, the project is expanded and a development stage is reflected for construction management related decisions. Issues associated with constructability, probable clashes, challenges in building up a wall or taking off one, time and cost, etc. are examined, risks are computed and mistakes are amended in the initial phase by a team collaboration among the engineers and the surveyors.

Opportunities for Surveyors:

• BIM for surveyors enhances collaboration and co-ordinations between multi-disciplinary teams
• BIM facilitates the surveyors to work out embodied CO2 in buildings and recommend remedies
• BIM allows the surveyor to quickly finish the work cost-effectively.
• Produce accessible synchronized information concerning project performance & constant maintenance of the property
• Surveyors can make best use of their work profile with BIM
• Ability to make proper decision for spatial planning, material orders, and QTOs – in case of retrofitting

With BIM, the surveyors get the ability to accomplish their jobs efficiently & with superior collaborative input. BIM for surveyors is rightly crucial whether it is a project of new construction works or retrofitting a really elderly one.

Source: https://archinect.com

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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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Beck Technology introduces DESTINI Estimator 2018.1.0 compatible with BIM 360 from

Beck Technology, the dominant software solution provider and service firm toward the commercial design and construction industry, has introduced the latest version of its integrated estimating software: DESTINI Estimator 2018.1.0.

This newest construction program contains various new innovative features and among them the most significant one is consolidation with Autodesk’s BIM 360 platform.

The users get the ability to connect to BIM 360 from inside Estimator and obtain data from models hosted on BIM 360. The data is used to working estimates in Estimator devoid of opening supplimentary software programs or leave the estimating platform.

It facilitates the users to apply one platform to professionally avail existing project data, devoid of exporting and importing external files, as well as maintain real-time precision within integrated teams. DESTINI Estimator is considered as the only trustworthy integrated estimating platform for progressive preconstruction teams.

“Cost estimating is a vital factor of preconstruction and the success of a project is dependent on the perfect implementation of estimating in initial phase. With this consolidation, a robust solution is developed for constant and seamless knowledge transfer from planning through buyout.”

DESTINI Estimator’s integration of its quantity takeoff (QTO) system arranges a single application feel which contains embedded LMV to permit estimators to interact with BIM 360 models directly in the Estimator platform.

For more information, go through the following website www.beck-technology.com

Watch online demo of the software.

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How BIM provides great benefits to MEP engineers through 3d building system design

Building Information Modelling (BIM) facilitates MEP engineers to visualize building systems precisely before the commencement of actual construction which result in taking more informed decisions in advance in the design phase. So building system design becomes more perfect as well as organized from concept through construction.

A BIM model includes coordinated and reliable information which help in communicating designs as well design alterations evidently with MEP engineers and their project team members. Thus project team members can fulfill their goals.

BIM facilitates project team members to take sustainability initiatives by carrying out energy analysis, assessing system loads, generating heating and cooling load reports.

A BIM model aids in maintaining coordinated design data, reducing errors & omissions, and increases collaboration amid engineering and architecture teams. All model information is preserved inside a solo, coordinated database. Any modification and revision to information is updated automatically all through the model.

On the basis of workflow and project requisites, MEP engineers get the ability to collaborate and interact successfully. BIM allows project team members to lessen design clashes through real-time clash and interference detection.

BIM reproduce real-world MEP system performance for having superior overview of cost, scheduling, and environmental impact.

BIM offers more authentic and coordinated construction documents for whole MEP design team. BIM automatically produce plan, section, elevation, detail, and schedule views which reveal design information in a perfect way. All model views are synchronized from a universal database facilitating more reliable, coordinated change management.

Engineers will be able to make HVAC systems with mechanical functionality and offer 3D modeling for ductwork, plumbing and piping system and revise the model by dragging design constituents onto the screen in more or less any view. Modeling can also be performed together in section and elevation views. If some alterations are taken place to the MEP model, all model views and sheets are updated automatically. This results in preserving more perfect, coordinated designs and documents.




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IMAGINiT Clarity 2018.1 is just launched for BIM professionals

The leading software developer IMAGINiT Technologies launched IMAGINiT Clarity 2018.1. Clarity facilitates the building project teams to employ Autodesk Revit software model data in new and intelligent ways so that building information modeling (BIM) teams can achieve superior control on the models and save huge time and effort.

With superior access to important metrics facilitates our customers to recognize issues related to any of their models across all active projects. This, together with clarity’s current and new task automation features, empowers BIM teams to get the complete view of their model health for more consistent results.

Key New Features

With IMAGINiT Clarity, the teams get the ability to take superior decisions with deeper understandings of the projects containing superior analytics, multiple model views and graphical dashboards. Given below, some exclusive features of the software :-

• Extended BIM Analytics and a new graphical dashboard facilitates BIM coordinators to look at prime metrics over projects and arrange company-wide standards for a sound understanding of model data. These analytics also facilitate BIM teams to control modeling issues in a superior manner which range the number of Revit Warnings, file size, and 50 other metrics to determine model health over time.

• Superior Collaboration for Revit Integration provides the capacity to computerize the tasks like importing updated models from project partners. The process can also be automated to back-up data from the Cloud to A360 and drive it to other software programs like ProjectWise.

• Additional Task Management Features makes it possible to export data to Microsoft Excel, and filter tasks through server so that BIM coordinators can handle the workload on their hardware whereas processing numerous jobs.

To get more updates on IMAGINiT’s Clarity software, visit imaginit.com

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Benefits of BIM for product manufacturers

The contractors are implementing BIM in every phase of building construction projects. The manufacturers should also need to embrace BIM to reap the benefits instantly.

With BIM, the building products manufactures will be able to identify their product with a comprehensive detail. As for example, each dimension, curve, joint etc. can be transmitted proficiently.
The necessity for BIM content becomes vital with respect to plant room construction, in which each object arranged is interrelated, and is important.

When the AEC professionals have clear knowledge about the products, it becomes simpler for them to choose one that best suits with the building. The similar is also applicable for procurement and logistics division. They can purchase the products from manufacturers by maintaining more transparency and confidence which lead to long-term customer relationships.

As the technology becomes more advanced, the acquired products can also be tracked for obtaining various details like who brought it, its installation, operations, and maintenance.

The recommendation from customer (end user client) can also be obtained by the manufacturer via the similar channel, and therefore it will essentially allow them to make their products qualities superior.

To reap the full benefits from BIM, the manufacturers should have to outdo the BIM direction problems they experience and formulate their BIM content together with the building products data more BIM-friendly.

If product manufacturers are not prepared to adopt BIM in due course, they will be compelled for countering the challenges outlined above devoid of driving at and being a part of the solutions for the entire industry.

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ARCHICAD 21 — Step up your BIM!

GRAPHISOFT® is the renowned BIM software developer for the architects and designers and it has recently announced about ARCHICAD 21. It is upcoming release of its industry-leading BIM software solution.

This recent version of ARCHICAD has introduced the highly-predictable Stair Tool which is featured GRAPHISOFT’s patent-pending Predictive DesignTM technology. Those who are familiar with ARCHICAD know that every fresh release of this application rotate around a theme that is named after a development.

So the theme of this new ARCHICAD 21 is “Step Up Your BIM.” It is a very unique way of capturing both the two main features of this release: 1) dramatically improved, which has modeling staircases and their accompanying railings, 2) the arrival of truly smart design tools in ARCHICAD that significantly rise up the ability as a BIM tool.

According to the Director of Product Management at GRAPHISOFT Peter Temesvari, aptitude has become a basic differentiates for ARCHICAD from the beginning. The architects love ARCHICAD as the next-gen Stair Tool provided them a creative, profitable and enjoyable user experience. This Stair Tool works with the heavy lifting in the background that makes sure that the architect’s stair design complies with the significant global and local design standards. This is turning the painful tasks in fun tasks. The GRAPHISOFT organization is also looking for further refined ARCHICAD’s best-in-class OPEN BIM workflows in this current version so that it can be made versatile collaboration in a very easy process. The features are described here that can improve the working skills.

1. New Stair and Railing Tools: One of the most difficult tasks in architecture is designing the stairs from the stair has complied with the binding standards. The uncountable emphasis needs to sync design intent with these standards in a limited building which has meant tedious and manual work till now. This tool lengthens architect’s creativity with the automatic validation against the human ergonomics. With the help of this tool Architects can do the creative progress with placing stairs within simple polyline input and by choosing from different design options. The software offers selected best options which fit both the user’s graphical input and the chosen standards by solving a problem in different ways. Perceptive graphical methods give access to the users for easily work with the stair’s shape and customizing structural and finished components. The Railing Tool with the one click input create a readily associative railing with stairs whose posts and panels can be authorized as patterns or can be customized one by one.

2. Updated CineRender Engine: Maxon has created this CineRender which offers for the architects combined, photo-realistic distributive options in the BIM context. The newest version of ARCHICAD 21 has introduced Light Mapping and Secondary GI methods for more practical yet fast distributive.

3. Element Classification System: Any ARCHICAD model is like a central database which stores all project data and makes it accessible for any project stakeholder. It was not present in the earlier version of ARCHICAD; the earlier one provided a certain set of Element Classifications. But this new version introduces a flexible way for classifying elements which supports each national or company-standard classification system and these classifications are base for intelligent OPEN BIM workflows that provide extraordinary interoperability in disciplines. These classifications can be transferred between projects through XML file format.

4. IFC Model Referencing: The IFC files as headlines into ARCHICAD are programmed as reference content. The inserted IFC reference content can be filtered by Model filtering like Structural or MEP or by element selection. This IFC model content can be modernized easily from the linked source file and in the case of broken link, the elements of the modules can be edited as normal ARCHICAD elements.

5. Collision Detection: There has become a change of BIM as the existing workflow and architects are hugely receiving consultant information in a BIM format. For helping architects in fulfilling their role as main coordinator of the model, Collision Detection has become a definite part of the feature set that starts with ARCHICAD 21.

For further information follow www.aecbytes.com

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How BIM was applied in £150M Royal Hospital for Sick Children and Department of Clinical Neurosciences project

The £150M Royal Hospital for Sick Children and Department of Clinical Neurosciences is considered as the single largest project that was designed by HLM Architects. To carry out this complex project, the project team had implemented UK Building Information Modelling (BIM) Level 2 from the beginning of the project.

The project team had embraced a “full BIM Level 2” working surroundings and gradually formed a ‘Project Information Model’ or PIM all through the design and construction phases.

That PIM comprises of structured graphical and non-graphical information which are preserved in a Common Data Environment (or CDE); a common online space that is available to all concerned parties.

HLM Architects substantiated their graphical information models in ARCHICAD. The information model of the project was formed recurrently over time. HLM’s Model Manager received a graphical information model files from across the design team and supply chain on a twice-a-week basis, afterward integrate or ‘organize’ them into a single model for evaluating in design co-ordination meetings.

All the project related drawings are generated in the 3D model, in ARCHICAD. The mass [of the data] is then exported as PDFs or Excel spreadsheets and uploaded to the CDE.”

By utilizing PDF or Microsoft Excel format, the information was made available to all sections of the supply chain.

In the project, there were advanced mechanical and electrical installations and huge amounts of equipment. Besides, a very data heavy project information model is also required for the project. To resolve this problem, the team seldom loaded-up the complete federated model rather than they divided it into controllable sections, only looking at the specific information they needed to at any one time.

By producing the comprehensive design in a BIM surrounding, a robust information model is formed for being analyzed on site.

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BricsCAD V17 Is Launched To Enhance The Functionalities For BIM, Sheet Metal Design, CAD & 3D Modeling

BricsCAD V17 is just launched with some advanced features. Currently this latest CAD software supports Windows platform and available in English language.

BricsCAD V17 is a complete, DWG-native 2/3D CAD program that can manage professional 2D drafting, 3D modeling with push-pull functionality, sheet metal design, and BIM (Building Information Modeling). This CAD program integrates all these focus areas in a .dwg file format.

BricsCAD V17 offers intuitive “push-pull” modeling capability to facilitate the users to model fluidly that can be performed in SketchUp. BricsCAD V17 is supported with Direct Modeling (explicit modeling) workflow. BricsCAD V17 is available in Classic edition, BIM edition, and Sheet Metal Design edition. There also exists the Communicator edition.

Given below, some improved features of BricsCAD V17

BIM: BricsCAD BIM edition contains new full IFC (Industry Foundation Classes) support (certification), superior direct modeling, and automatic cataloging of model elements. IFC 2×3 coordinated view V2 is supported. A single DWG file can contain one site and several buildings. Live sectioning is supported and the program can automatically create 2D sections demonstrating all building materials. It is combined with Chapoo to facilitate the mirroring of the BIM geometry and data on your desktop through a related version in the cloud.

There are many new features in the BIM edition of BricsCAD V17. A new Structure Panel helps you see the organizational structure of the BIM model. Section views—cuts through the BIM geometry model—now allow the ability to specific section depth and limit how much information is shown in the section. Associative dimensions respond to changes in the model space (with the BIM geometry model) to the generated drawings from the BIM model.

Now it is possible to produce rooms in a new and different method. Just click a point within the room area and the surrounding walls describe the room, or you can choose a 3D solid and it turns out to be the volume for the room.

Sheet Metal Design: For the Sheet Metal Design edition, BricsCAD V17 includes parametric form features that function like virtual forming tools to rectify a sheet metal blank. It contains a library with the most commonly applied form features like bridges, louvers, and embossed features.

Sheet Metal for BricsCAD V17 allows the users to import or generate, rework, clarify, and export sheet model parts by applying 3D direct modeling (e.g., explicit modeling as opposed to parametric, history-based modeling). With direct modeling feature, the users don’t have to restart the models from beginning after a CAD modeling failure.

Other significant enhancements comprise of Flange Bends, a new command that will help the users to bend a present flange along a line with a specified bend radius. While importing geometry from other CAD tools, BricsCAD V17 Sheet Metal Design edition identifies bends which are generated improperly and resolves them automatically. Loft bends also obtain a feature validation function, convincing users that the bend can function properly.

To get more updates, go through the following link architosh.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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An exclusive presentation on BIM policy development

This BIM video is extracted from the European BIM Summit that was organized in Barcelona on Feb 18, 2016. In this presentation both Bilal Succar, Director of BIMexcellence.com and Mohamad Kassem, Senior Lecturer & Enterprise Fellow, Teesside University, briefly explain what does the BIM Policy mean? Besides, one can learn How BIM is adopted all through the global market.

Both the speakers demonstrated the five Macro Adoption Models for evaluation and creation of BIM policy, sample results from an international BIM policy, a BIM policy creation case study as well as a template for developing a national BIM road map.

This BIM presentation is segregated into two sections – Gathering knowledge on BIM policy challenges and Formation of a BIM Policy Roadmap.

One can download the slides of presentation by clicking on the following link bit.ly/BIM-Barcelona2

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GRAPHISOFT launched ArchiCAD 20 for improved BIM workflow

Archicad 20, the most updated mobile based version of GRAPHISOFT’s flagship software, is just launched.

ARCHICAD 20 contains the following advanced features :-

The users can preserve all suitable project information inside a BIM model together with data that wasn’t formed in CAD or BIM tools. By using “Mass property value import” functionality, the software can import and export Excel data semi-automatically. It minimizes the risk of human error while entering consultants’ data.

The software is also able to lessen the requirements of customary additional 2D CAD work through a graphical override that facilitates the users to modify the illustration of any 2D and 3D views for elements containing identical properties.

ARCHICAD 20 is also considered as one of the newest BIM applications that is compatible with IFC 4 open-source standard to offer new coordination workflows like Design Transfer View and Reference View. It also provides complete support for BIM Collaboration Format and DXF/DWG roundtrip conversion. Besides, it supports COBie (www.caddigest.com).

For more information, visit www.graphisoft.com

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CCS(Construction-Cad Solutions) Offering Network Design and Engineering Services in Canada

Now CCS providing BIM services healthcare solutions (HCS) provider, Swisslog, in Canada. Construction-CAD Solutions (CCS), a full-service provider of turnkey Network Design, Project Management, Site Survey and Structured Cabling solutions to communications, cable, utility and different connected industries, announces nowadays that it’s formal certification and authorization to produce its network solutions in Canada. The authorization comes because the company continues its spectacular overall client growth within the United States.

Growth of CCS, year-over-year, has been robust for several years, however 2015 is ready to break even own goals. On top of outperforming CCS here within the States, the number of international interest, received has been nothing short of astounding. CSS is approved to produce services in Canada currently and have already begun work with Swisslog’s Canadian operations; providing (BIM) (Building information Modeling) services for its HCS unit.

CCS is the most popular 3D modeller and designer for the Swisslog TransLogic® and its Pneumatic Tube System — each within the United States and in Canada. CCS provides variety of vital services for Swisslog depending on the project needs, together with BIM coordination, 3D modelling, shop drawings and installs prints. Implement of the most recent software and BIM procedures, CCS systematically outperforms client time and budget concern.

CCS provides an area of services that include design of electrical, HVAC, pneumatic tubing, plumbing and architectural work.

CCS’s BIM services include:

• MEP coordination services
• 3D modelling
• Room layout mock ups
• Perspective renderings
• 2D to 3D conversion
• MEP Clash detection
• 3D walkthroughs

In addition to its latest national and international growth, CCS has arranged the groundwork for extra operations each in South America and Europe. Formal announcements are expected in Autumn 2015.

To learn a lot of regarding CCS award winning suite of Network Design, Project Management, website Survey and Structured Cabling, visit www.concadinc.com.

CCS:- Established in 1998, Construction-CAD Solutions (CCS) is a full-service provider of turnkey Network Design, Project Management, Site Survey and Structured Cabling solutions to telecommunications, cable, utility, and other related industries. As part of its comprehensive solutions portfolio, CCS offers Drafting, Surveying, Permitting, Engineering, and Building Information Modeling (BIM) services. CCS’s inventive ideas and custom solutions keep its client engagements on time and on budget. The team is comprised of proficient and experienced project managers, consultants, CAD technicians, designers, 3-D BIM modellers, and land surveyors. A sole-source provider to many Fortune 1000 companies, with engagements in both North and South America, CCS has built its reputation on delivering value-added network design and construction support, backed by a customer-centric philosophy that runs company-wide.

Swisslog:- Designs, develops and delivers best-in-class automation solutions for forward-thinking hospitals, warehouses and distribution centres. Swisslog is an inspiring global organization with 2 500 talented employees in more than 20 countries on four continents and customers in more than 50 countries. Headquartered in Buchs/Aarau, Switzerland, the Swisslog group is organized in two business areas, Healthcare Solutions (HCS) and Warehouse & Distribution Solutions (WDS).

For more information visit: www.einnews.com

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Hunt Construction Group uses Multivista’s newest technology to improve their BIM workflow significantly

Multivista South Florida, the most recognized visual construction documentation company, in Delary Beach is now is making alliance with Hunt Construction Group to integrate its photo documentation with its BIM project model.

HCG manages various construction projects in South Florida and has developed its service through amalgamation with Multivista’s latest technology. With this consolidation, project photo documentation can be connected directly with Autodesk®, Revit®, Navisworks® and BIM 360 TM Glue/Field. The Multivista BIM unification program was initiated in April 2015 which transforms Multivista’s client documentation to their BIM model for making comparison between physical and modelled conditions.

As per opinion of Pat Delano, G.M.,Hunt Construction Group, photographic documentation is useful to communicate in real time and the owner can get the detail information concerning what was set up for operating purpose in near future. Besides, by integrating photos to the plans, it becomes possible to settle a specific area or issue in quickest possible way effortlessly & efficiently which bring huge advantage to all project stakeholders.

Mutual application of authentic & complete construction photo documentation and BIM technology is broadly acknowledged as it provides the best solution to the construction industries. As per opinion of Kyle Goebel, Assoc. DBIA, virtual construction Engineer for HCG, QA and QC process has been greatly streamlined with the application of Multivista’s BIM integration program.

Multivista® Photo documentation can be directly accessed and synchronized from cloud-based BIM model through BIM 360 TM Glue. The actual position of photo documentation can also be verified all through the coordination meetings and it helps the project team members to check the condition of construction devoid of visiting the jobsite physically as the verification can be done with the photos linked to the BIM model. It saves significant times for the project team members.

Multivista expanded the program co-actively with their clients who made a huge investment in BIM workflows.

Image Courtesy: geometrygym.blogspot.com

Ref: pressreleaserocket.net

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Published By

Rajib Dey

www.bimoutsourcing.com

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