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Autodesk Introduces Cloud-based Product Lifecycle Management

December 4, 2011 in AutoCAD, CAD

Autodesk Cloud-based Product Lifecycle Management

User Dashboard for Autodesk 360 Nexus, a Cloud-based Solution that Anchors Autodesk 360 for PLM (Graphic: Business Wire)

New PLM Offering Unveiled at Autodesk University 2011
Autodesk University 2011

LAS VEGAS–(BUSINESS WIRE)–Autodesk, Inc. (NASDAQ: ADSK) today previewed a new solution designed to transform how manufacturers manage the entire lifecycle of a product–from its conception, through design and manufacture, partner and supplier management, procurement, quality, compliance, service and more. Autodesk is tapping into the cloud to deliver a new approach to product lifecycle management (PLM), which enables companies to capture and manage product information and processes to continuously improve the products they manufacture.

“Our approach to PLM is a sharp contrast to the decades old technology in the market today”

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Dassault Systèmes’ No-Cost 2D CAD Product DraftSight Now Available for General Release

February 24, 2011 in CAD, Dassault Systemes

More Than 400,000 DraftSight Downloads During Beta Test

VÉLIZY-VILLACOUBLAY, France, – February 23, 2011 – Dassault Systèmes (Euronext Paris: #13065, DSY.PA), a world leader in 3D and Product Lifecycle Management (PLM) solutions, today announced the general availability of DraftSight for Windows, a no-cost 2D CAD product for CAD professionals, students and educators.  To date, more than 400,000 users have downloaded DraftSight.  Originally launched in Beta version in June 2010, the general release for Windows includes many key enhancements and updates based on user feedback.  DraftSight is available for download at http://www.draftsight.com. Read the rest of this entry →

The Future of CAD with the World of BIM

November 7, 2009 in AutoCAD, CAD, Revit

As one of the fastest moving initiatives in the commercial industry, Building Information Modeling (BIM) is an innovative approach to integrating the design, construction and management of a product.

  • Recent studies revealed:
    Over 50% of architects, engineers, contractors and owners are utilizing BIM at moderate levels or higher.
  • Architects are the heaviest users of BIM with 43% using it on more than 60% of their projects (that number is expected to grow throughout 2009).
  • 77% of BIM users are involved in at least a moderate number of green projects.
  • Half of the industry is using BIM or BIM-related tools today — a 75% increase in usage over the past two years.
  • 42% of non-users believe that BIM will be highly or very highly important to the industry in five years.
  • One in five users who formally measure ROI see returns above 50%, while 9% of users who
  • formally measure ROI see returns above 100%.

BIM (Building Information Modeling) is changing the world and has also created a burden for manufacturers to supply data to the architects in a different format. This does not mean manufacturers need to forget about the simpler CAD drawings they have been supplying in the past. There will always be a need for these drawings. Actually, in the BIM format, a manufacturer should be supplying a link to their CAD file (shop drawing) as a way of providing the information part of the ‘I’ in BIM

As a manufacturer you may be asking, ‘Why do we need to provide BIM data?’ The answer is simple, the world of architecture and design is changing and it is changing fast. Right now we have two states, Wisconsin and Texas, mandating that all their government projects must be a BIM format. Many architects are stating that your product(s) will not get specified unless you provide BIM data. I will also add that a properly developed BIM model will put a manufacturer’s product specifications in front of the architect, which in turn, greatly increases the chance of getting that product specified.

However – not all projects will be in BIM. You will have some architects that will not move to the BIM format, projects that will not demand it and there are all of the existing buildings that may have expansion plans and already have documentation in CAD formats. With the understanding that BIM is a new format that is here to stay, it’s important to acknowledge the need to provide CAD drawings and shop drawings will not be going away any time soon.

The following are links to information supporting the use of BIM by architects:

BIM adoption rate exceeds 80% among nation’s largest AEC firms

http://www.bdcnetwork.com/article/ca6668193.html

SmartMarket Report on Building Information Modeling (BIM)

http://construction.ecnext.com/coms2/summary_0249-296182_ITM_analytics

First Wisconsin, now Texas mandates BIM for state projects

http://www.bdcnetwork.com/blog/1340000734/post/1350047735.html

Patrick Johnson

Source: CAD Enhancement, Inc. – The Future of CAD with the World of BIM
Go to Source: CAD Enhancement, Inc.

When to use the Far Creator

November 2, 2009 in AutoCAD, CAD, Revit

When to use the FAR Process as the most efficient means to creating Revit Families.

When do you know that you want to be able to use the FAR Process to automate your data into BIM Models (Revit Families) for the architect to use? Just because you can automate the creation of BIM Models does not mean that it justifies doing it.

Attached is a flow chart that presents various scenarios for building manufacturers illustrating the points to consider when creating your product data into BIM Models and when it justifies automating this process with the Far Process.

I’ve highlighted some of the points to consider as you review the Flow Chart.

  • What are you using to create the designs for your product mix? (AutoCAD; Inventor; SolidWorks; Pro E)
  • Are your designs 2D or 3D?
  • What is the most efficient way to create BIM data/Revit Families for your product Type?
  • Static
  • If the product is stable (does not go through engineering changes) and unless there is a common design around multiple products, a manual creation of the Revit Families is most cost efficient
  • When a static product is changeable, the FAR Process is the most efficient method of creating Revit Families
  • Configurable
  • Customizable
  • Both Configurable and Customizable products should follow the same methodology when creating Revit Families
  • The FAR Process is most efficient to create the Revit Families when provided a basic core model and a list of options that differentiates the product models
  • When the parametric changes of a product impact the form, fit and function, the FAR Process is the most efficient method to create Revit Families
  • When the parametric changes impact the dimensional changes of a product, a manual creation of the Revit Families is most efficient
  • Made to order
  • When the product is ‘made to order’ and is static (the geometry is non parametric), then the FAR Process is most efficient when creating Revit Families. The AEC Exchange is another option but is only available to Autodesk users on the manufacturing side with some limitations.
  • Build Design (product design for a specific building project)
  • The FAR Process is most efficient when creating Revit Families. Again, the AEC Exchange is another option but is only available to Autodesk users on the manufacturing side with some limitations.

Contact us if you would like to discuss your product mix and how the efficiencies of the FAR Process can work for you.

Patrick K. Johnson

Building%20Manufacturers.pdf

Source: CAD Enhancement, Inc. – When to use the Far Creator
Go to Source: CAD Enhancement, Inc.

progeSOFT: [10 good reasons to choose progeCAD] :10 – Environmentally Friendly Product. Production process CO2 emission compensated by reforesting.

October 30, 2009 in CAD, IntelliCAD, progeADD-ons, progecad

IntelliCAD

progeSOFT: [10 good reasons to choose progeCAD] :10 – Environmentally Friendly Product. Production process CO2 emission compensated by reforesting. -…



News from around the world of IntelliCAD and his friends…


Source: News from IntelliCAD and Friends… – progeSOFT: [10 good reasons to choose progeCAD] :10 – Environmentally Friendly Product. Production process CO2 emission compensated by reforesting.
Go to Source: News from IntelliCAD and Friends…

When to use the FarCreator

October 13, 2009 in AutoCAD, CAD, Revit

When to use the FAR Process as the most efficient means to creating Revit Families.

When do you know that you want to be able to use the FAR Process to automate your data into BIM data (Revit Families) for the architect to use? Just because you can automate the creation of BIM data does not mean that it justifies doing it.

Attached is a flow chart that presents various scenarios for building manufacturers illustrating the points to consider when creating your product data into BIM data and when it justifies automating this process with the Far Process.

I’ve highlighted some of the points to consider as you review the Flow Chart.

  • What are you using to create the designs for your product mix? (AutoCAD; Inventor; SolidWorks; Pro E)
  • Are your designs 2D or 3D?
  • What is the most efficient way to create BIM data/Revit Families for your product Type?
  • Static
  • If the product is stable (does not go through engineering changes) and unless there is a common design around multiple products, a manual creation of the Revit Families is most cost efficient
  • When a static product is changeable, the FAR Process is the most efficient method of creating Revit Families
  • Configurable
  • Customizable
  • Both Configurable and Customizable products should follow the same methodology when creating Revit Families
  • The FAR Process is most efficient to create the Revit Families when provided a basic core model and a list of options that differentiates the product models
  • When the parametric changes of a product impact the form, fit and function, the FAR Process is the most efficient method to create Revit Families
  • When the parametric changes impact the dimensional changes of a product, a manual creation of the Revit Families is most efficient
  • Made to order
  • When the product is ‘made to order’ and is static (the geometry is non parametric), then the FAR Process is most efficient when creating Revit Families. The AEC Exchange is another option but is only available to Autodesk users on the manufacturing side with some limitations.
  • Build Design (product design for a specific building project)
  • The FAR Process is most efficient when creating Revit Families. Again, the AEC Exchange is another option but is only available to Autodesk users on the manufacturing side with some limitations.

Contact us if you would like to discuss your product mix and how the efficiencies of the FAR Process can work for you.

Patrick K. Johnson

Building%20Manufacturers.pdf

Source: CAD Enhancement, Inc. – When to use the FarCreator
Go to Source: CAD Enhancement, Inc.

Architectural Technologist – Dow enter the PV market

October 12, 2009 in CAD, Vectorworks

The Dow Chemical Co.
Image via Wikipedia

You can always tell when a product or service get to the point were it is going to be popular, the big boys think it’s going to make money, big pots of money, and start bringing products to market, and this is a prime example of one of the biggest making a move, believe me I worked for Dow for 14 years, and they would not make a product like this if someone has not done some serious number crunching. But have they got it right, there are some serious competitors out there making some great products. But heres hoping, I still have shares in Dow.

The Dow Chemical Company (NYSE: DOW) today unveiled its line of DOW™ POWERHOUSE™ Solar Shingle, revolutionary photovoltaic solar panels in the form of solar shingles that can be integrated into rooftops with standard asphalt shingle materials. The solar shingle systems are expected to be available in limited quantities by mid-2010 and projected to be more widely available in 2011, putting the power of solar electricity generation directly and conveniently in the hands of homeowners.

Groundbreaking technology from Dow Solar Solutions (DSS) integrates low-cost, thin-film CIGS photovoltaic cells into a proprietary roofing shingle design, which represents a multi-functional solar energy generating roofing product. The innovative product design reduces installation costs because the conventional roofing shingles and solar generating shingles are installed simultaneously by roofing contractors. DSS expects an enthusiastic response from roofing contractors since no specialized skills or knowledge of solar array installations are required.

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Source: Konstrukshon CPD Weblog – Architectural Technologist – Dow enter the PV market
Go to Source: Konstrukshon CPD Weblog

Drawings represent final product

September 12, 2009 in CAD, SolidWorks

One comment I’ve seen about ASME suggests that it is geared towards fully detailing product definition.   One trap that rookie designers and engineers will often fall into is over-specifying their parts by placing manufacturing process information on the drawing.

The new designer may do this because maybe a machine shop made the part wrong and [...]

Source: SolidWorks Legion – Drawings represent final product
Go to Source: SolidWorks Legion

Bridging the communication Gap between Architects and Manufacturers

September 10, 2009 in AutoCAD, CAD, Revit

In my development of the FAR process which includes a tool that allows the ability to create a Revit family automatically I have been taking a long look at the manufacturing modeling technique and comparing it to the architect modeling technique. It has become apparent to me there is a great need for the manufacturer to understand the method being used in Revit when considering a more seamless process to automating the creation of Revit families.

Obviously, the manufacturers first and foremost interest is to create and sell their product(s). Architects have stated “When a manufacturer provides their product data in a quality BIM format they can trust, and is user friendly as well as easily accessible, that product will be spec’ed more and in turn the manufacturer will sell more. “

This is a simple concept; however, the communication between the two industries and the passing of data between the manufacturers and architects is breaking down at a time in our economy when efficiencies should be at the utmost of importance. We need to work together to bridge this communication gap so everyone can benefit.

Sometimes having an understanding of the other industry is all that is required. For instance, reading the data compared to creating more rules would be more efficient. To emphasize this point I will share a personal example of how I changed my ideas about work planes when looking at them from another perspective. I was never a big fan of using work planes all over the model as I always preferred using faces to work from instead of creating work planes. However, I have discovered with proper modeling standards in place and a true understanding of the product, using work planes creates a cleaner and more workable model. It has become apparent to me when considering from the architect’s perspective, that the use of work planes in the correct position with correct labeling is extremely helpful in the extraction of data without the need for too many rules.

Share your comments.

Patrick K. Johnson

Source: CAD Enhancement, Inc. – Bridging the communication Gap between Architects and Manufacturers
Go to Source: CAD Enhancement, Inc.