Some vital tips for beginners users of BIM

If it is required to apply BIM (Building Information Modeling) technology as an independent professional or as a construction firm, three major factors should be taken into consideration which range from the technology, the process, and the people who use it.

Given below, some vital factors of these three aspects to optimize the use of BIM :-

Technology:

Types of applicable modelling tools: While put BIM into practice, focus should be given on the hardware and software requirements before shifting from CAD to BIM. With the extensive applications of BIM , the range of services are also increased.

Presently, two of the most recognized and used modeling tools on the market are Autodesk Revit and Graphisoft’s ArchiCAD which can deal with any type of project. While selecting what tools should be applied, it’s important to think about the rest of the project’s participants and elements; validating what other tools should be employed in the design process, in addition to the project’s calculations and specialties.

Revit or ArchiCAD?

Together with the software, it’s vital to take the operating system into account that should be used, because Revit is only compatible with windows operating systems whereas ArchiCAD is compatible both with Windows or MAC. Also, check the version of the software as Revit is not well-suited bidirectionally. It signifies that Revit 2018 is unable to open a Revit 2019 file that can lead to hang-ups in a project if all are applying different versions.

The modeling software uses up a significant portion of RAM memory, so, it is recommended to use more.

Processes:

Slowly Execute BIM: There exist several levels of implementation and it is a continuous process that should be executed with patience and as much organization as possible, if at all possible with the guidance of a BIM consultant or professional.

Initially, set up the goals of the execution, you will require then to look at its effect on productivity. It normally comprises of the time required for training as well as the learning curves of the software.

Optimizing the ‘Learning Curve’: One of the vital factors to make best use of the learning curve is by embracing or executing it into a ‘beta’ project, that should belong to the profile of a professional or company development project. The purpose is to function as a starting point to produce the content, flow, and locate the program’s weak spots prior to implement the BIM technology to the rest of your projects. This beta project is also a good starting point to generate internal documentation of the requirements and modeling standards which should be settled and maintained by the company.

These factors will accelerate the process of incorporating BIM technology and project development and will also reduces the complications associated with execution.

People:

Types of projects to be designed and developed by whom

It it is required to implement BIM as an architectural or construction firm or as an independent professional, the implementation process commences with understanding what these technologies entail and how they impact, for better or worse, the process of project development.

By keeping this in mind, it’s also a good idea to put the following question: what type of projects will be undertaken ? There are several types of projects which require different tools and BIM technologies.

It’s also essential to choose the profile of the people who will employ the technology.

The learning/training process is very much concerned with the BIM tools/technology that should be applied to develop projects under this technology.

Some vital tips for beginners users of BIM

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Published By
Arka Roy
http://www.bimoutsourcing.com
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PlanGrid BIM – A powerful tool for construction teams & facilitate managers

PlanGrid, a leading solution provider in construction productivity software, just launched PlanGrid BIM, a robust new product incorporation with Autodesk Revit that allows the users to instantly avail Building Information Modeling (BIM) data, in either 2D or 3D, directly inside PlanGrid on their mobile devices.

Construction teams and facilities managers will now be able to view rich BIM data in an user-friendly 2D interface or 3D environment, facilitating to create with superior precision, circumvent rework and take decisions quickly and confidently.

PlanGrid’s incorporation with Revit allows its users to reap the full benefits of BIM beyond pre-construction containing plenty of data instantly within their reach.

PlanGrid BIM relates rich BIM data from the design process to construction and operations.

PlanGrid BIM facilitates the construction and facilities teams to take superior decisions in real-time, with the most wide-ranging data accessible and a continuous transformation among 2D and 3D.

With PlanGrid BIM, users will be able to view BIM data properties inside familiar 2D drawings or tap into 3D to visualize assets within the encompassing environment — all from within PlanGrid’s software.

With BIM-enabled sheets, the users will be able to tap objects to have BIM data properties like an object’s dimensions, material type or manufacturer details, all inside the common 2D environment.

With 3D BIM Viewer, users get the ability to quickly transfer into a 3D view of a certain object, even if offline. The viewer, presently in beta phase, comprises of some exciting features like zoom and snap tools for capturing measurements among model objects.

Revit Integration Sheets are circulated directly from Revit into PlanGrid, ensuring authentic BIM data along with sheet titles and numbers; drawings continue to comprise PlanGrid features like automatic callout identification and hyperlinking.

By obtaining rich data instantly within easy reach, field teams can reduce miscommunication as well as flaws at handover, enhance safety and overall quality of work.

With PlanGrid’s new BIM functionality, any construction team member can rapidly detect all the details essential right from their mobile device.

To get more details, go through the following link www.plangrid.com

PlanGrid BIM – A powerful tool for construction teams & facilitate managers

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Published By
Arka Roy
http://www.bimoutsourcing.com
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4D parametric modelling of bridges with Allplan Bridge

Allplan Bridge can be used for creating 4D parametric modelling of bridges. The software provides supports to the engineers in all stages of planning ranging from the initial concept to the execution plan.

The software contains the following exclusive features :-

Formation of model: The 3D parametric model description takes into account the road layout, bridge alignment and required cross-sections to create model configuration rapid and well organized.

Complex geometries along with double curved alignment and variable cross-sections are produced easily with alphanumeric entries and formulas.

Modelling of composite and steel bridges: While specifying the cross-section, standardised and recurring profiles like longitudinal stiffeners for steel and composite cross-sections can be simply placed parametrically. Initially, the profile is specified parametrically in a individual section or imported from the user library. The location and number of components are then specified and automatically arranged along a cross-section edge.

Streamline Prestressing: Allplan Bridge 2019 simplifies the process to model an extensive range of pre-stressing: with immediate or later bond, internal and external, longitudinal, transverse and vertical, together with non-standard geometry.

Depending on user-defined 3D points, the program automatically produces the geometry of a tendon along the bridge structure. Each 3D Tendon point is indicated by the position along the axis, and the position in the cross-section concerning a reference point.

Changes made in no time at all: Allplan Bridge allows you to manage the predictable changes that happen throughout the design process. The parametric model description is a perfect base for adjusting design modifications. The modifications are integrated only at their origin and all other connected members are automatically updated.

Save time with parametric object placement: Objects from the Allplan Engineering library is referenced in Allplan Bridge 2019 to provide further details like lamp posts or anchor devices of tendons to the bridge model. To perform this, reference points are specified in Allplan Bridge with variables along the bridge. These points are connected to the object in the Allplan library with the relevant name. When the parametric model is transmitted to Allplan Engineering, the subsequent objects are placed at these reference points. The location of these objects is automatically revised whenever the model is updated.

Smooth data exchange: By incorporating road data, road/bridge alignment is easily obtained through ALLPLAN’s open BIM platform known as Allplan Bimplus. The bridge engineer will acquire the road data and quickly start with the bridge design.

Planning stressing sequences in Allplan Bridge: A stressing sequence is specified for each tendon provided in the model. Stressing, wedge slip, and releasing are existing actions. These actions are executed at the beginning of the tendon, at the end, or at both sides at the same time. To maximize the management of tendon stressing, the sequences of stressing actions are preserved as named “stress groups”.

Integration of the fourth dimension: In Allplan Bridge 2019-1, the construction process can be mapped in a 4D model. Initially, the construction plan is segregated into different construction phases and then into individual tasks like concrete hardening, tendon stressing or activating the self-weight. Either the start date or the start day is applied as the starting point.

With Allplan Bridge 2019-1, various different construction plans can be made for the equivalent bridge for a variant comparison. The output is a trustworthy parametric 4D bridge model.

To get more information, visit www.allplan.com

4D parametric modelling of bridges with Allplan Bridge

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Published By
Arka Roy
http://www.bimoutsourcing.com
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Integrated Manufacturing CAD/CAM/CIM (ETM 260) course for engineering students

Middlesex Community College is offering Computer Aided Design and Integrated Manufacturing CAD/CAM/CIM (ETM 260) course for engineering students.

Middlesex Community College (MxCC) is arranging a Central Connecticut State University (CCSU) engineering course that will be conducted at the Middletown campus in the Fall 2019 semester commencing from August 27.

The course is titled as Computer Aided Design and Integrated Manufacturing CAD/CAM/CIM (ETM 260) and it is an introduction to solid modeling for design, drawing, assembly, mass property analysis and manufacturing operations on a CAD/CAM/CIM system. The focus is given on computer hardware utilization for designing products. No prerequisites are necessary since everybody can register for the course. It is best suited for the students in view of transfer to CCSU’s four-year engineering programs.

“This class hilights Siemens NX CAD software and is open to anyone having in interest in engineering. Even general students or people working in the industry can join the class.

The lecture and laboratory course is open to new and continuing MxCC students and CCSU students at part-time CCSU tuition rates. Full-time MxCC students will be able to enroll in this course without any extra fees.

Interested MxCC students and potential students should first register as a non-degree CCSU student prior to enlist in the course. These students will be able to submit CCSU course registration forms directly to CCSU until online registration at CCSU commences on July 15. Starting on July 15, non-degree students can sign up for the course online via CCSU’s website (https://ssb-prod.ec.ccsu.edu/PROD/byskcsob.P_TermSel).

To get more information, please email Professor Lin at llin@mxcc.edu or CCSU registrar Barbara Zalot at zalot@ccsu.edu.

Integrated Manufacturing CAD/CAM/CIM (ETM 260) course for engineering students

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Published By
Arka Roy
http://www.bimoutsourcing.com
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Latest up-gradation to 3D Repo offers native Revit file support

3D Repo offers the cloud based digital platform for BIM data so that the users can availa the latest 3D models and produce real-time changes and informed decisions online. 3D Repo introduced the most updated version of its cloud-based digital construction platform with some exciting features like data validation with Smart Groups, native Revit file support, updates to SafetiBase (Health & Safety Issue Tracker), API key access, and supplementary rendering options.

With the inclusion of Smart Groups feature the users can get a simple way to authenticate the data and group model components. “Smart Groups democratizes the method of data validation, makes progress tracking simple and finally leads to more consistent data outputs for the client. Besides, it opens up the data validation method to all stakeholders despite of their knowledge of software or licensing constraints of other software.

3D Repo now contains native Revit support so that the users get the ability to upload Revit files directly to the 3D Repo platform where they will be easily controlled in an online database and applied in federations for design coordination.

It will save users significant hours of time while federating models with each design iteration. Earlier the users had to export to IFC file format prior to uploading, now it is possible to just upload files directly from Revit.

SafetiBase feature offers a collaborative way to allocate and utilize health and Safety information and project risk data within the model and it is also upgraded. Major updates comprise of a full audit trail of changes for each risk, supplementary post mitigation risk options, capacity to add and track residual risk and support for several markups.

SafetiBase adheres to the specification for ‘collaborative sharing and application of structured health and safety information with BIM’ (Publicly Available Specification PAS 1192-6).

To get more details, visit 3drepo.com

Latest up-gradation to 3D Repo offers native Revit file support

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Published By
Arka Roy
http://www.bimoutsourcing.com
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A position is vacant for a Revit Technical Coordinator in San Ramon, USA

To apply for the Revit Technical Coordinator position, the candidate should have at least three years’ experience working in a design and/or construction firm or a similar in college courses.

A bachelor’s degree in engineering, architecture or interior design or similar clinical experience is desired. Previous experience or knowledge with medical equipment, and/or equipment planning is also desired.

This position needs constant communication (phone, email and in-person) and collaboration with program managers, architectural firms, engineering firms and contractors. It is a crucial support position for a team of equipment planners and needs attention to detail.

The Revit Technical Coordinator should have good computer knowledge in Revit, AutoCAD, Bluebeam and Microsoft Office. Individual should be a ambitious person who has the ability to learn, understand and utilize patented and custom software applications. Besides, individual should contain outstanding oral and written communication skills, a strong detail-orientation, motivation and the aspiration to grow and accept extra liabilities. Outstanding organizational and multi-tasking skills are also necessary. The Revit Technical Coordinator will exhibit the capacity to understand, prioritize and effectively accomplish assignments and satisfy project deadlines.

Liabilities:

The main liability of the Revit Technical Coordinator is to create perfect equipment drawings in Revit with the equipment list supplied by the internal equipment planners. It involes updating the Revit medical equipment families to project specifics, arranging them onto the drawings, setting up sheets for Design Development and Construction Document submittals, QA/QC of drawing documents with equipment list and different drawing coordination during the design phase.

Support activities comprise of equipment planning, procurement assistance and project management tasks as required by senior team members.

To send your application online, click on the following link archinect.com

A position is vacant for a Revit Technical Coordinator in San Ramon, USA

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Published By
Arka Roy
http://www.bimoutsourcing.com
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AutoCAD 2020 is launched with some new and exciting features

Autodesk has launched the most updated version of AutoCAD, AutoCAD 2020. In this newest version, there are lots of few new tools, improvements, and quality of life enhancements to make AutoCAD a perfect tool for next generation.

Some exciting features are added which range from a new dark blue interface theme, a new Quick Measure tool to dynamically demonstrate dimensions, distances and angles while moving the cursor over the drawings.

With the new blocks palette enables, the users will be able to observe a gallery of blocks and drag and drop them onto their drawings.

Some existing AutoCAD tools are also upgraded for the new version which contain DWG Compare and the Purge feature. DWG Compare now facilitates the users to compare two versions of a drawing devoid of departing from their active window, and the new toolbar facilitates the users to rapidly switch the comparison on and off.

The Purge feature is redesigned with a visual preview and a “Find Non-Purgeable Items” button, complete with a panel explaining why certain items can’t be purged.

AutoCAD 2020 also offers new integrations that assist Box or Microsoft OneDrive users to open DWG files directly in the AutoCAD web app. The will be able to save their updated files to Box or OneDrive devoid of departing from the AutoCAD app.

Lastly, AutoCAD 2020 is provided with standard performance enhancements, along with save times which are a second faster and install times which are expedited by 50 percent on solid-state drives.

To get more details, go through the following video tutorial.

Source : CADD Microsystems

AutoCAD 2020 is launched with some new and exciting features

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Published By
Arka Roy
http://www.bimoutsourcing.com
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