GRAPHISOFT, RISA AND SCIA join hands on disruptive BIM workflow

An increasingly consistent trade of data among planners and designers is offered by Graphisoft, RISA, and SCIA's new disruptive BIM workflow. These three Nemetschek organizations — have reported another disruptive BIM workflow and extraordinary arrangement in the general AEC advertisement.

The Group has declared another workflow answer for planners and auxiliary designers that empowers them to join on BIM model initiation, with a coordinated and installed logical model in Archicad 24 that has bi-directional associations with RISA and SCIA building arrangements.

The arrangements additionally include a common BIMcloud condition for clients of Archicad 24, SCIA Engineer, and RISA 3D. What's more, obviously, the Nemetschek Group is as yet dedicated as ever to OPEN BIM.

So what is the new disruptive BIM workflow at its heart? Today in the BIM world draftsmen and designing specialists each build up their own control separate BIM models. At the point when the designer rolls out an improvement, such as proposing to move a section or its size or shape, she for the most part refreshes the auxiliary specialist through a procedure that includes sending her BIM model to the basic architect.

On the off chance that the draftsman and the designer are both utilizing a similar instrument (eg: Autodesk Revit) the modeler just sends her Revit BIM model record to the specialist. In the event that they are utilizing various devices, at that point they trade BIM changes by means of an open industry standard record design like IFC.

The world's second tallest high rise was planned and reported in Archicad. Presently Integrated Design with investigative models will enable all draftsmen to work all the more proficiently with their auxiliary specialists, including Merdeka 118's engineers Fender Katsalidis. (Picture: Merdeka 118 – Fender Katsalidis | fkaustralia.com. All rights held.)



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Generative Design Features in Revit 2021

Setting up various possible designs around slender necessities is viewed as probably the most repetitive work in design and building.

In any case, a portion of that exertion would now be able to be computerized with the new generative design scripting incorporated with Autodesk Revit 2021.

Autodesk Launches Generative Design Features in Revit 2021 now, and it will totally change your view on the issue.

Generative design is a type of parametric design, where a calculation is taken care of preset measures for a last design and endeavors to create shapes and formats that meet those necessities.

Generative design has been utilized in a restricted limit in engineering and building previously, yet Autodesk now offers the capacity to run generative design cycles inside Revit, utilizing its Dynamo scripting apparatus. Three example "considers" are remembered for Revit 2021, yet clients are allowed to compose their own generative design boundaries in Dynamo.

Accessible as a beta test throughout the previous two years, the generative design alternative is currently completely coordinated into the Revit 2021 discharge. While scripting these examinations takes some information on Dynamo, when they're constructed it's a straightforward procedure for any current Revit client to run them, says Lilli Smith, Autodesk senior task administrator for AEC generative design.

"It utilizes Revit objects, Revit settings," she clarifies. "You can pick the outcome you like and rapidly load up that entire model into Revit." Once produced, the designs can be stacked straightforwardly into Revit, either as a mass or with floors other enumerating included..



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BIM Case Study: Circuit of the Americas Observation Tower

In the modern construction industry, the usage of BIM software has become invaluable. Without Building Information Modeling the industry today will be nowhere to meet the demands and challenges of the 21st-century construction projects. By reviewing real-life scenarios of BIM usage, we can identify and analyze how exactly experts are using the applications to support building development and project management.

The very first racing track solely built for Formula One racing in the USA, the Circuit of the Americas is 3.5 miles long and respectively wide. This grade 1 FIA-specification prestigious motor racing track hosts both car races and motorbike races and has already hosted some of the prestigious motor races in the world. For today's BIM case study, let us see how BIM software was used in the construction of the observation tower for these tracks.

Project Requirement

The Circuit of the Americas (CotA) race track is 3.426 miles (or 5.514 kilometers) long, with a width proportional to the circuit. The race track sits upon 890 acres of undeveloped land in southeastern Travis County near Austin, Texas. The duty of designing the observation tower for this track was endowed to Mio Rivera, who invented a brilliant design reminding the visitors why they are here.

The observation tower for the track is 251 feet or 77 meters tall and is capable of seating an audience ten thousand strong. A double-helix structure surrounds the elevator hoist-way that is the main connection to the grounds to the building. The 900 sqft main observation deck has a partial glass floor and offers a 360-degree view of the surroundings as well as downtown Austin from an elevation of 230 feet.

But the most obvious feature of the building is its 18 steel tubes, colored a vivid, bright red, running along the back of the tower and gracefully flowing down to horizontal. This unique design is intended to act as a dramatic focal point for the race track and serves the visitors' as an anchoring point for racing, reminding them of the bright tail light streak left behind after a speeding car. The 8” diameter tubes not only have a strong visual impact but also contribute to the structural stability of the tower by acting as an outrigger column for lateral load resistance via a series of struts and rods that tie back to the primary structure.

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Details of Autodesk Revit 2020.1 Update

Autodesk recently introduced the Revit 2020.1 Update that can be accessed via the Autodesk Desktop App or via download from the Autodesk subscription site.

Revit Updates can’t be uninstalled to get back to Autodesk Revit 2020 to its pre-update state. If it is required to eliminate the update, uninstall Autodesk Revit 2020 and then reinstall it.

Given below, some exclusive features of Revit 2020.1 Update.

MEP Systems Analysis: The most exciting features is the inclusion of totally new MEP systems analysis functionality combining with OpenStudio to facilitate custom workflows. The customization varies from local code compliance to integrating certain manufacturer equipment, incorporating analytical to physical modeling together.

At a high level, within Revit, this new feature is suitable for establishing an entire system devoid of modeling any MEP elements.

Banding in Schedules: In schedule views, click on the new Stripe Rows toggle on the Ribbon to illustrate shading in every other row. It does not become visible to show up on sheets or print.

Attach Walls Dialog: The "attach walls" dialog is rectified to make the current selection as the default. To modify, or nullify this, it is required to edit the Revit.ini file.

Path of Travel Tool Updates: The new-to-Revit-2020 Path of Travel tool is totally upgraded. The start and end points are dragged, resulting to an automatic update. The To Room and From Room parameters are shown in schedules and tags. Finally, now there will be a Reveal Obstacles toggle on the Analyze tab.

Site Points observable in Links: The Project Base Point and/or Survey Point from the linked models are now visible inside the host. When the point is shown, and the link is chosen, the point "lights up" and also lists are location data!

Download Autodesk Revit 2020.1

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Prota Structure 2019 for designing 15 Storied Building

In this video tutorial, you will get step-by-step guidelines for designing a 15-storied building with the use of Pro Structure 2019 software. You will gather knowledge on replicate/generate story, cantilever slab with loading, story with wall load editing etc.

The software is very useful for multi-component modeling and provides complete support for handling steel and concrete structures along with the support for finite element analysis.

The application offers proper solution for handling the construction structures and composite sections together with detailing features and a lot more. The application offers non-linear element transitions and seismic assessment and retrofitting features. Besides, it is very effective for producing the structural designs, customizations and component design management for the design professionals and the engineers.

By utilizing its rapid modeling capabilities, the users will be able to save a significant time and provides support for analytical methods or FE for grouping. This powerful application offers a complete solution toward component design management for the engineers. It can deal with the steel, concrete and composite sections designing with 3D finite element analysis features.

The software offers the following exclusive features :-

• Robust application for multi-component modeling
• Compatible with concrete and steel structures
• Manage composite sections and supports finite element analysis
• An advanced set of tools for scene construction and non-linear analysis
• Seismic review and retrofitting features
• Manage the insulation and dedicated system for structural design
• Customize the designs as per requirements
• Consistent solution for Engineers and design professional

• Design management features and various non-linear element analysis
• Create structural designs and customize the designs accordingly
• Frame structure systems and handle floors and system bases
• Apply analytical methods for FE grouping
• 3D finite element analysis with visual results and precision
• A cost-effective solution with different customizations
• Various other powerful options and features

For online demonstration, go through the following video tutorial.

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Newest Trezi 1.8, a VR product compatible with Revit & Sketchup

Trezi 1.8 is the newest version of Virtual Reality (VR) product for the building industry. It offers an improved virtual collaboration system that is well suited with leading architecture design software like Sketchup, Rhino, and Autodesk’s Revit.

Trezi significantly changes design communication, and collaboration in the building industry by facilitating the stakeholders to meet the project’s design at full-scale.

Architects and interior designers employ Trezi to convert their current 3D design models into a completely immersive VR environment. It has minimized errors and omissions and nominal material wastage in prototyping and on-site experimentation reduces the requirement for laborious personal meetings and site visits, Trezi puts a new dimension to the understanding, communication and translation of design in the industry.

Trezi 1.8 keeps the fully immersive virtual experience a few steps higher with its new collaboration feature that facilitates the architects/designers to fulfill and involve colleagues and collaborators in the virtual world.

Regardless of their geographical location, architects and interior designers can walk around a true-to-scale rendition of their building or interior design and create edits in real-time, if necessary.

Trezi 1.8 also offers an exterior rendering mode that considerably enhances the rendering quality of exterior scenes as well as photo-realistic shadows, multi-source illumination, and minimal culling of objects from the scene.

With greater support for remote collaboration and audio add-ons in the pipeline, Trezi 1.8 sets out to radically enhance and raise the bar for design-based collaboration in the industry.

To get more details, go through trezi.com

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How to analyze a G+2 storied building with StaddPro V8i

In this exclusive video tutorial, you will learn how to analyze a G+2 storied building by determining the shear force and bending moment in StaddPro.

The design of any building is created in following two ways :-

Transfer the plan that is created in AutoCAD to StaddPro.

Create a separate model in StaddPro.

In this video you will learn how to create a model based on the existing structure in StaddPro. To do this, go to geometry tab and click on run structure from drop down menu. Here you will find different types of prototype models and you have to use them.

STAAD.Pro V8i offers the following exclusive features :-

1. Updated RAM Connection Module
2. Improved ISM interoperability
3. Inclusion of ‘Add Member’ templates
4. Improved Connection Tag capabilities
5. Inclusion of accidental torsion for the Canadian response spectrum definitions.
6. Vital amendment of the Russian steel design codes
7. General updates and corrections as stated in the Revision History documentation.

To learn the details process for making analysis of G+2 story building with StaddPro, go through the following exclusive video tutorial.

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Job for project architect in Los Angeles

TSK Architects is inviting applications for the position of mid-level project architect for their Los Angeles office for permanent basis.

Position Summary:

Take responsibility for creating technical drawings during all stages of a project, offer experiential and technical knowledge to provide perfect solution to design and construction issues,

convey priorities to both internal and external project teams, make sure to maintain quality for work products, create and implement Revit standards, help the project manager to produce and check budgets and schedules, and execute the project work plan. Communicate with consultants and agencies. Should have the capability to work with a team on bigger projects.

Educational qualification: Architectural degree from an recognized university. Experience: At least seven (7) years experience in production and coordination of documents in all stages of architectural practice. DSA Experience desirable.

Technical Skills:

• Display REVIT competency in advance commands of editing requirements, drawings set up for any type of project, management and use of all REVIT files and resolution of any related REVIT issues.
• Have knowledge of best practices for enforcing professional quality drawings.

• Recognize technical terms of the architectural and construction industry.
• Create complex plans, elevations, and details.
• Understand requirements/deliverables of all phases.
• Arrange and produce set of working drawings, and fulfill requirements/deliverables of SD, DD, and CD phases.
• Coordinate with government agencies, utility companies and acquire plan check approvals.
• Help choosing proper materials, systems and create all construction details and systems.

• Demonstrate thorough knowledge of the applicable building codes for independent code analysis and compliance.
• Review submittals, shop drawings, respond to RFI's, and prepare bulletins for changes.

Click on the following link to apply for the post archinect.com

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How to use full navigation wheels in Revit

In this Revit tutorial, you will get details on Full Navigation Wheels inside Revit.

The Full Navigation Wheels (big and mini) comprise of common 3D navigation tools which are useful for both visualizing an object and walking through a building.

The big and Mini Tour Building wheels give access to the tools given below:

• Zoom. Zooms in and out of the existing view.
• Rewind. Retrieves the most current view. It is possible to move backward or forward by clicking and dragging left or right.
• Pan. Shits the model up, down, to the left, and to the right.
• Orbit. Modify the orientation of the model by rotating the model around a pivot point when the view gets fixed.
• Walk. Simulates walking through a model.
• Up/Down. Slides the existing view of a model across the Z axis of the model.
• Look. Revolves the current view.
• Center. Specifies the center of the existing model view.

Note: While one of the Full Navigation Wheels is demonstrated, just press and hold the middle mouse button to pan, scroll the wheel button to zoom in and out, and press the SHIFT key at the time of pressing and holding the middle mouse button to orbit the model.

To change to the Mini Full Navigation Wheel

• Right-click on the wheel and click Mini Full Navigation Wheel..

To change to the big Full Navigation Wheel

• Right-click on the wheel and click Full Navigation Wheel.

Go through the following video tutorial to learn the applications of full navigation wheel.

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How drone technology was used in 250,000 sq ft logistics building in Dunstable

Construction firms are deploying new digital technologies like drones, BIM, data analytics, and offsite manufacturing to obtain digital or reality capture information as well as enhance productivity & profit margins and offer a better product & service to the end client.

were engaged by Baytree + Readie Construction employ ProDroneWorx to generate regular survey grade precise 2D/3D digital or reality capture outputs for the full length of the project with drone technology for a new 250,000 sq ft logistics building in Dunstable, near to the M1.

The digital reality capture outputs (3D Point Cloud, Textured Model, Digital Surface Model, 2D Orthomosaic, Google KMZ) were developed with drone technology and photogrammetry which allowed both the developer and the contractor to optimize the digital management of this large 15-acre asset as well as produce thorough data insights, superior co-ordination on the project, greater data deliverables to clients whereas minimize costs and risks.

A digital twin of this project was constantly formed to adapt with modifications onsite and applied as follows:

Helped surveyors, designers, project managers and senior management to evaluate the developments associated with the design models.

Controlled earthworks with cut and fill volumetric measurements.

Allowed tracking project advancement at all phases of the build and against the design models and progress month to month.

Quality assurance checks of the steel frame construction and incorporation of the high resolution imagery into BIM.

Confirmation with reference to the amount of work accomplished.

Outputs were provided inside Virtual Reality (VR) and integrated with BIM.

2D and 3D reality capture outputs were incorporated with current workflow processes since the data was provided in different CAD, BIM and GIS formats (dwg, dxf, xyz, las, laz, obj and e57).

Survey grade precise 3D point clouds were generated concerning all the areas, objects and structures with photogrammetry within two days of flying. The point cloud created from a drone includes 100m points across the whole site with precisions of lower than 5cm and these were tested with check points. The models were imported into BIM or CAD software to make comparisons against the design models and among time periods to monitor development and make sure that the build was not delayed. The data was also utilized to strictly control earthworks onsite, cut and fill volumetric calculations were made from the point cloud data.

The single high resolution orthomosaics created were orthorectified in order that measurements could be obtained from them, they were also secured into the OS grid with ground control points for global exactness. CAD models were super-imposed on the orthomosaics in the project design stage to recognize and plan the orientation of buildings, road, footpaths, services. It provides the user unique insights into the site and its surrounding area whereas facilitating the onsite and offsite teams to monitor the advancement of the project against design drawings.

The digital information created by drone technology transformed the way through which the project will be controlled and as a result both time and money is saved significantly. In just two days of the drone flight, the 2D and 3D digital outputs were fully prepared for examination; which (because of the size of the project) couldn’t be done with conventional methods. These data can be provided in regular team meetings with contactors and to notify the client about the development of the project.

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A position is vacant for BIM Studio Manager in San Diego, Phoenix or Culver City offices

Cuningham Group, a leading architecture firm with 8 offices around the world, is inviting applications for the position of a BIM Studio Manager in San Diego, Phoenix or Culver City offices. This position can be filled in any of the three locations and all openings are posted separately on our website. The prospective candidates should posses two years of experience with a special emphasis on the projects for healthcare facilities along with acute care and outpatient services.

Skills and ability:

1. Set up BIM 360 project sites.
2. Guide project teams as it pertains to BIM production as a priority function.
3. Train and implement BIM best practices and firm wide standards.
4. Ensure compliance and delivery of services indicated in the project BIM Execution Plan.
5. Organizes archiving project files at project milestones and close-out.
6. Organizes and provides training on advanced functions like clash detection, visualization, reality capture, etc.

Professional Experiences:

1. Associates Degree or higher with a specialization in BIM, Architecture, or Construction.
2. Outstanding knowledge with Revit.
3. Insight into Autodesk BIM 360 preferred platform.
4. Understanding of dealing with large multiple model Revit projects.
5. Sound problem solving/analysis, and technical strength to research and employ building codes.
6. Excellent oral and written communication skills.
7. Sound task-oriented time management.
8. Hold proven teamwork abilities and perform efficiently in an open office environment.
9. Capability to travel periodically.

The interested candidates can submit a resume, portfolio and cover letter specifying their experience to joinus@cuningham.com

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OpenSite Designer is a powerful tool for BIM professionals

Bentley Systems just launched OpenSite Designer, its integrated application specifically designed for civil site and land development workflows over conceptual, preliminary, and detailed design phases.

OpenSite Designer accelerates BIM through widespread 3D site design, extending reality modeling of site conditions from drone imagery and scans, geotechnical analysis, terrain modeling, site layout and grading optimisation, stormwater drainage modeling and analysis, underground utilities modeling, detailed drawing production, and enlivened visualisations.

OpenSite Designer facilitates fast and recurrent conceptual design, maximizing contextual information acquired through point clouds, reality meshes, GIS, and other sources to improve conception of existing site conditions. Interoperating with PLAXIS and SoilVision, Bentley’s geotechnical engineering solutions, site plans can be better with new information about the active properties of soil along with bearing strength, stresses, and displacement.

With OpenSite Designer, users get the ability to generate intelligent 3D models with site information, terrain data, parking lots, building pads, driveways, sidewalks, parcel layout, and associated site features. In case of preliminary design, the site engineer can finish and rationally makes the layout greater even as depending on further automated optimizations, which fit together with the engineering changes. To finish the project’s digital workflows, OpenSite Designer totally supports the site engineer’s detailed design along with the production of all necessary project deliverables.

With OpenSite Designer, the site engineers can improve the civil site design from conventional 2D plans and profiles to a 3D modelling environment, ensuring proper analysis of hydraulics, geotechnical, geospatial, and earthworks. Integrating the analytics optimisation of Bentley’s SITEOPS technology, OpenSite Designer is the inheritor to the site design capabilities of Bentley’s PowerCivil, topoGraph, GEOPAK Site, InRoads Site, and MXSite.

To get more detail, click on the following link bentley.com



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Introduction of Tekla BIMsight

Tekla BIMsight is a Windows-based construction collaboration tool especially built for construction industry but also useful for the students, teachers and many designers.

Tekla BIMsight is an enterprise-class, Window-based construction collaboration tool which is mainly built for professionals in the construction industry. It is a free professional tool providing a comfortable Building Information Modeling environment where construction professional can merge their 3D models, share information with others and check for conflicts. The platform also allows project participants to identify and cure problems in the design level before construction.

This software simplifies the total construction procedure by allowing project managers to settle conflicts using the automated clash detection tool. It also provides whole construction industry a less-cost solution for the modern, model-depended coordination. The software has two versions: 1) a full version which is designed to work smoothly on both Windows 7 and 8 versions; 2) a Tekla BIMsight Note app designed for Android or IOS devices.

Benefits of Tekla BIMsight: This platform is a trustable construction collaboration tool that is free without sacrificing the main functionality. This powerful solution supports the operations of construction industry professionals to allow them for collaborating well and it also features a well-designed interact that smoothly work on both Windows and mobile device.

The Tekla BIMsight Note is a trustworthy mobile solution allowing project participants to collaborate and share their ideas on Android, iPad and iPhone devices. This tool is built on a purpose to give the instant communication benefits and allows users to receive/reply to all notes made in the Tekla BIMsight full version. This tool makes the communication cycle complete by availing BIM within reach of everyone without any CAD or computing skills. The communication in this tool is as easy as sending emails or chatting through texts which help to maintain the project within the relevant Tekla BIMsight project. It is easier to learn and handy to use which makes it perfect for any newbie, students and educational institutions; also become the easiest way for tutors and academics to teach students with the model-based design coordination.

Above all of this, it is a free tool that remarkably offers an impressive suite of great features and provides a comprehensive, fully functional model review and collaboration solution without any payment.

Features:

• It is a clash detection tool
• It has clip planes feature
• Tekla BIMsight note
• Supports for SketchUp also
• Rebar measurements
• Conflict checking 
• Supports 3D navigation
• Save model view
• Create and share notes
• BCF support

Tekla BIMsight tool is an effective free Windows-based construction tool which is a useful tool for the construction industry. It is also useful for the new beginners, students and teachers as it is easy to use and handy for everyone.

Source www.reviews.financesonline.com

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Autodesk recently launched Revit 2019.2, the first update to Revit 2019

The most striking feature of this upgradation is the transition to cloud computing. Cloud Models for Revit is the latest feature that automatically coordinates BIM 360 and files and saved them to your desktop. Thus, one can get rid of uploading files manually for distributing them. 2019.2 also allows the users to preserve Revit models in the cloud devoid of worksharing them. Now, the individual users will be able to accumulate their models on BIM 360.

Simultaneously, Autodesk has introduced a preview of its Cloud Model Upgrade, so that BIM 360 project admins get the ability to automatically update cloud-stored files to the most updated version of Revit. The upgrade signifies that admins can modify the file formats with a single click of mouse without requiring to go into the files and manually alter them. The current preview alters projects from Revit 2018.3 to Revit 2019 format.

With Site Collaboration the users can connect topography from Civil 3D into Revit as well as arrange building pads and subregions on complex surfaces.

The update also facilitates superior automation of the design-to-fabrication process for concrete. Extended CAM Export facilitates the users to connect cast-in-place/precast concrete projects to automatic fabrication processes, and the Custom Fabric Sheet (CFS) feature facilitates the users to automatically transform reinforcements into custom fabric sheets to make the design-to-fabrication process automatic. There exist more families of hollow concrete slabs, with 13 supplementary types of precast hollow-core slabs.

Besides, Revit 2019.2 comes up with two smaller enhancements directly from the user ideas page—the inclusion of a zoom function in schedule views, and the elimination of the “Element is too small on screen” warning. The first feature aids in the users to view more intimately at their schedules rather straining their eyes, whereas the second facilitates them to shift the objects very short distances devoid of any intrusion from the program.

To get more details, click on the following link knowledge.autodesk.com



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How to manage projects with BIM efficiently

Building information modeling (BIM) process gains huge popularity among the architecture and construction industry. Since, BIM is extensively used by several architectural and engineering firms into their practice, it becomes difficult for the project managers to control the project teams employing BIM.

Given below, some vital tips to manage project with BIM in an efficient manner.

Recognize the method

BIM stands for a collaborative method of generating coordinated, internally logical and quantifiable information concerning a building with a central system of 3d models in spite of a separate set of 2d drawings. It is a new way of working that simplifies the workflow with an unified approach.

Know the competencies of the tool

A Revit model is much more than a 3d model, it contains a database of information which can be used for constructability analysis, quantity take-offs, performance analysis, facilities management and so on. Working in a model based framework makes sure greater precision; as components change in the plan, they proceed in elevations and sections. When the windows are provided in the exterior wall, window schedules are updated. Prompt 3d visualization facilitates taking decisions in advance. As a minimum, find out how to open, close and navigate through a model, cut sections and print drawings.

Follow the 60/40 rule

BIM workflow generally comprises of two steps: modeling and documentation. Accept about 60% of the time for modeling, rest for generating and annotating drawings. Set up design and documentation benchmarks and decide on the level of detailing for different elements before starting modeling. Should the model be applied for construction documentation or fabrication and assembly? Prior to add a wall, ascertain its width, make and fire rating. Fix the rules at the beginning.

Have a clash detection competition

A Revit model can easily determine the spatial clashes among different systems in the building, like ducts moving through beams or lights hitting sprinklers. It facilitates saving time and cost because of less errors all through the construction. While Revit facilitates fundamental diagnostics, software like Navisworks can recognize and document conflicts comprehensively. Arrange every other coordination meeting to be virtual, discuss with the model.

Source : www.geospatialworld.net

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Wild – The best platform for immersive collaboration

The Wild, a new and innovative virtual reality software has introduced a new Revit Add-On feature (still in testing phase) to facilitate the Revit users to have a direct path to this innovative VR solution.

The Wild is supported with the cloud-based immersive collaboration platform, The Wild, now provides support to the designers and architects who perform with Autodesk Revit so that they can deliver their BIM models directly into The Wild for collaboration..

This Revit Add-In will simplify the workflow for teams who deal with architecture, engineering, and construction by facilitating them to import and automatically optimize their Revit model for streaming with a single mouse click

The new feature will automatically generate a collection of assets from the components of the Revit file, simplying the workflow from Revit to The Wild.

Collaborating on spatial designs in 2D normally becomes complicated since not all professionals and clients have the ability to understand the spatial definitions and requirements of real buildings under design and construction. With Wild, all the project stakeholders can virtually populate a planned space as a team and collaborate and understand spatial designs together.

Wild allows the Revit users to make more effective communication as well as more confident decisions, and better align teammates and expectations for the job.

Streaming your Revit models into The Wild for illustration and assessment will basically reanalyze expectations for the design process.

After shifting from visualizing ideas to experiencing them, new levels of comprehension and alignment can be obtained, expanding our strength to discover and focus on the best solutions in the initial phases of design all the way through construction.

To get more details, visit thewild.com



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Details about Level of development (LOD) in BIM

Level of development (LOD) means a supposition with different definitions and executions. The level of development characterizes the content and reliability of BIM components at various phases or milestones. The “content” signifies geometric information, structured data and linked documentation.

The reliability signifies what has been utilized and to what extent the downstream users of the information can rely on the precision and quality of that content.

LOD is categorized as follow :-

LOD 100 – Concept Design

3D model of the building is formed to demonstrate the information on basic level. As a result only conceptual model can be produced in this phase. Several parameters ranging from area, height, volume, location and orientation are characterized.

LOD 200 – Schematic Design

General model where components are modeled with guess quantities, size, shape, location and orientation. Non-geometric information can also be added to the components of the model.

LOD 300 – Detailed Design

Exact modeling and shop drawing where components are characterized with certain assemblies, proper quantity, size, shape, location and orientation. Here, non-geometric information can also be added to the components of the model.

LOD 350 – Construction Document

It comprises of model detail and component which demonstrate how building components interacts with several systems as well as other building components with graphics and written definitions.

LOD 400 – Fabrication & Assembly

The components of the model are modeled according to certain assemblies with complete fabrication, assembly, and detailing information other than exact quantity, size, shape, location and orientation. Non-geometric information to the model components should also be added.

LOD 500 – As-built

The components are modeled similar to constructed assemblies for maintenance and operation. Other than actual and accurate in size, shape, location, quantity and orientation, non-geometric information is also added to the components of the model.

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

Video Source: Balkan Architect

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A position is vacant for designer/architect in Settle, WA, USA

SHED, a renowned architecture firm in Seattle (USA), is inviting application for a talented and motivated designer/architect.

With this role, the candidate has to work in tandem with firm principals on variously-scaled projects ranging from Pre-Design through Contract Administration.

The prospective candidate has to undertake the following liabilities :-

1. Building and sustaining 3D (sketchup) models at all phases of design
2. Generating permit and construction drawings
3. Workability studies, research, and presentation packages

The ideal candidates should have the following qualities :-

a. Contain a portfolio demonstrating sound design skills
b. Possess a Masters of Architecture degree from a recognized university
c. 1 to 3 years post-graduate experience in design or construction setting
d. Should be committed to architecture and the mehod of design
e. Should have an interest in, and understanding of construction assemblies, material properties, etc

f. Good written and oral communication skills
g. Should illustrate outstanding interpersonal skills
h. Should have dire interest and understanding of sustainable building practices along with LEED and Passive House standards
i. Well versed with researching and settling technical issues
i. Sound knowledge in ArchiCad, AutoCad and/or Revit, SketchUp, Adobe Creative Suite, V-Ray

If you are interested, please send your resume and portfolio to info@shedbuilt.com

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Published By
Rajib Dey
www.bimoutsourcing.com
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Bring your own BIM (BYOB) into VR @ AIA 2018 – An exclusive event for BIM professionals

Microdesk, the biggest globally recognized AECO industry consultancy, and IrisVR, an eminent virtual reality software for AEC firms, just declare open registration for the first "Bring Your Own BIM" (BYOB) event that is going to be organized at the 2018 American Institute for Architecture (AIA) Conference in New York City in June.

By attending the sessions, AIA participant will get a scope to complete a comprehensive review of their design in virtual reality.

Bring Your Own BIM (BYOB) sessions will be very helpful for the architects to accomplish an immersive design review of their 3D model by taking the help of BIM experts from Microdesk and Prospect software from IrisVR. The BYOB sessions facilitate the participants to look into their 3D model in a true to scale environment through Prospect and ask any questions concerning VR technology and application.

AECO professionals can gather an educational and practical experience to improve their understanding of VR. "This initiative to extend the implementation of proficient and sustainable technologies, along with VR, will enhance communication, collaboration, and workflow all through the building lifecycle to fulfil the increasing demands of urbanization.

The individual, 30-minute sessions will be held on Thursday, June 21 and Friday, June 22 between 1:00 pm and 3:15 pm at the shared Microdesk and IrisVR Booth #1362 at the Jacob Javits Center.

Microdesk and IrisVR representatives will be present to train the participants via their BYOB session with Oculus Rift headsets. Attendees should make registration beforehand at Bring Your Own BIM to secure a time slot and put forth their BIM model to byob@irisvr.com by June 15th.

To gather more information on BYOB at AIA 2018, go through the official event page here info.irisvr.com



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Published By
Rajib Dey
www.bimoutsourcing.com
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How To Use Dynamo Revit To Create A Helix Ramp With Topography

This revit video sheds light on how to generate Helix Ramp with topography by Dynamo for Revit.

Dynamo for Revit expands building information modeling with the data and logic environment of a graphical algorithm editor. It is very flexible and associated with a powerful Revit database. It creates a new approach for BIM.

The objective of dynamo is to simplify AEC workflows in Revit and facilitate the users to avail the database of Revit outside of the restraints of the interface.

Revit hosts an extensive API (Application Program Interface) that facilitates the third-party developers to generate custom tools. And programmers apply this API for years, but text-based scripting isn't available to each person. With the help of an accessible graphical algorithm editor, Dynamo standardizes Revit data easily.

With the use of core Dynamo nodes in conjugation with custom Revit ones, a user will be able to significantly extend parametric workflows for interoperability, documentation, analysis, and generation. With Dynamo, laborious workflows are automated when design explorations can flourish.

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~~~~~~~~~~~~~~~~~~~~Published ByRajib Deywww.bimoutsourcing.com~~~~~~~~~~~~~~~~~~~~~