Greenbuild ... IES launch Revit Architecture

'Integrated Environmental Solutions Ltd.' provides plug-in for Autodesk REVIT products.

REVIT MEP HVAC VIdeo Demonstration

Above is a 10 minute demonstration on using

REVIT MEP (RME) to create an HVAC, Secondary Supply Air System.

Here's how we do it.

1. We Link in the Architectural Model.

2. Copy/Monitor the Levels and Rooms after synchronizing the phases between the two files.

3. Run the 'IES' Heating and Cooling load calculations to get the Air Flow requirements.

4. Choose a room and insert 2 Air Terminals (190 CFM diffusers) at 8'-0" and 1 VAV Unit (380 CFM ) at 9'-0".

5. Create the 'logical system' to include the 2 terminals and one piece of equipment.

6. Convert the 'system' to 1 of 5 Ductwork routing options using the Ductwork conversion rules.

Are here's what it looks like when it's' done.

I can feel that air moving already !

CADclips REVIT Videos Here

REVIT MEP exceeds REVIT Architecture sales

Ok ok, I gotcha. I'm a little premature.

But this is my prediction. REVIT MEP (RME) will beat REVIT Architecture (RAC) sales at some point in the foreseable future. I guess the question is 'how many mechanical consulting firms are there in the world"?

If you are in the MEP design business you should be looking into how REVIT MEP can improve your deliverable quality and speed up your turn over time. Get someone to give you a demo.

Here's the bad news people. Listen up. If you are strictly a CAD draftsperson in the MEP business you should get some 'design' training. With these new 3D design tools and 3rd party plug-ins the engineer or designer doesn't need the basic draftsperson anymore. This fact combined with the fact that you could never get your engineers motivated to learn AutoCAD (layers..xrefs....no thanks) but they are gonna jump at this opportunity and eliminate someones job in the mean time. The engineer can design (in 3D) and produce the documennts all on their own with a single application.

RME does have some current issues with worksharing and multiple users on large scale projects but it is still in it's infant stage. I am very positive about it's future.

REVIT MEP Supply Air System, Parallel Fan Powered VAV, Ducts, Duct Fixtures and Air Terminals

Well I am getting pretty excited with what I see so far in REVIT MEP (RME).

My expertise lies more with the architectural and structural disciplines but I spent some valued time in the oil and gas industry. That 4 years in the EPCM (Engineering Procurement Construction Management) business exposed me to the principal of a 'system' and at a very large scale. With that I also learned the difference between the 'logical system' and the 'physical system' and documenting the output. I hope to pass on that relative experience and tie it in to RME,....... because I can !

I am now educating myself on the work processes and mechanical terminology of this application. I can see how someone with REVIT experience and the basic understanding of Mechanical concepts could go a long way with this tool.

Repeat after me "System Browser....bim....bim....bim". RME has this amazing bi-directional tool called the System Browser. It works like the project browser but in relation to the various mechanical systems. Wait, let me grab my Ray-Ban's, I'm starting to see this BIM concept shining through the haze.


Then there is the bi-directional scheduling / modelling features true to REVIT. Use the schedule(s) as a design tool. It's designed to do so ! Tile your revit view windows, make a change in either the schedule or the model and watch the real time changes take place.

You can create an air terminal schedule (for example) and apply a calculated range of + / - CFM's based on actual air supply vs calculated air supply. Color code the schedule cell for the terminals that do / do not meet the range so you can easily identify a problem area.

I am just dusting the surface of RME and this is only RME in it's infant stages so WOW ! I think I'm going to switch disciplines.
Anyone who knows REVIT will agree with me that REVIT was made to do this stuff (maybe better than architecture?). Because mechanical systems are 'logical' and 'system' driven I believe REVIT MEP will be the catalyst to bridge us to the BIM place they keep telling us about.

CADclips REVIT Videos Here

REVIT MEP Heating and Cooling Calculations

When I clicked the 'calculate' button in my REVIT MEP Heating and Cooling Calculations the calculation process kind of just hung there.

So after a little investigation I learned that there was a 3rd party (IES) that was not working properly.

After running the installation from the link below and restarting my REVIT MEP it all worked beautifully.

Below is the IES installation link:
http://www.iesve.com/downloads/installVE57.msi

Here's a snapshot of the cool report that it generates.

RAC 2008 Render Curtain System Video

Thanks to for posting this tutorial on their site.

Above is a 13 minute video on creating curtain systems by using blended massing 'faces', then adding in a toposurface, a few more site objects and finally rendering a couple perspectiive views.

Tip: One of the key factors with rendering is to make sure you are in a perspective (camera) view. If you use the regular '3D' view to render in you will not get the same rendered effect for the sky, clouds, entourage and the materials.

In the video above we add in clouds and show you how to change the sky. You can also load a background image from within the rendering environment settings dialog box.

You can change the resolution and pixel size of a raytrace rendering.

There are four very important factors to consider for rendering:

1. Lighting

2. Materials - Accurender Texture

3. Render from a Perspective View

4. Pay very close attention to the the physical size of the view crop region (ie: 4"x 3") vs the rendered DPI resolution (ie: 75, 150 300).

After selecting the 'Raytrace' button notice the Draft, Medium and Presentation options as shown below.

Also try clicking on the crop region of a perspctive view before rendering. Notice the Size button on the Options Bar as shown below.

These two options shown below work together to get the best quality of a rendering.

Render Settings Dialog Box.

REVIT Architecture 2008 Curtain Systems Video

Watch the video above and learn how to draw this Solarium in about 8 minutes.

REVIT Curtain Systems and Curtain Walls are really easy to model.

You can draw Curtain Walls just like any other wall and you can model Curtain Systems by using existing model edges, faces or linework.

In the video demonstration above I use a few model lines placed at two different levels to quickly construct the solarium you see above.

RST 2008 Coping Steel Intersections

Thanks to for posting this tutorial on their site.

REVIT Structure 2008 'Coping' Video Tutorial.

(in the video above I say REVIT 'Architecture' which is incorrect. It is 'Structure'.)

There are a couple new buttons that showed up in REVIT Structure 2008 for 'Coping'.

That is 'coping' not 'copying'........right.

Coping is fun. Coping is easy. Coping simply rocks!

View the video above to see how the REVIT developers have made another cool 3D modeling feature one step easier to use.

REVIT MEP 2008 - Lets get it on !

Thanks to for posting this REVIT MEP 2008 Overview on their site.

REVIT MEP 2008 in action

Well I am starting to ease my way into REVIT MEP. Yeah !

What's not to like about a full 3d solution for Architecture, Structural, Mechanical, Electrical and Plumbing. All with discipline specific models talking to each other, sharing data and interfacing in the same way. Yes, yes, I think I like this BIM approach.

I have to say, it's a different point of view from the MEP side of the 'monitor' (no pun intended).

There's a little more regard for the files you are receiving and the format in which they arrive on your door step. Hopefully you can get a REVIT Architecture model with all the walls and 'Rooms' positioned accordingly.

REVIT 'rooms' are initially created by the architect and then utilized by the MEP people. Then the MEP people start their own new project file and link in the architectural model. Using the Copy / Monitor tools the MEP people can create a local copy of the 'rooms' and design away in full 3D , all while monitoring the changes from the original architectural model.


You choose to view the architectural model as you please and where you please. You can even host local MEP components (fixtures) on linked model objects such as walls, ceilings and floors. But there is an issue that autodesk has to address......read on....

One current issue with REVIT MEP seems to be with regards to 'surface hosted' vs 'object hosted' families. REVIT MEP components such as electrical and lighting fixtures are created (out of the box) as 'wall hosted','ceiling hosted', 'floor hosted' etc.

This works great until the linked architectural wall, ceiling or floor goes missing or is non orthagonally altered. Then all your fixtures go missing as well.

If / when the MEP components or fixtures are 'surface hosted' they do not dissappear when the linked wall or room goes missing.

The problem is most REVIT MEP components 'out of the box' are NOT surface hosted families they are object hosted.

Do you want all your fixtures to dissappear if the architects wall or ceiling dissappears? Maybe or maybe not. I'd say leave it up to me as to what I want to do with orphaned fixtures.

Now, do we start to convert all the 'object hosted' components to 'surface hosted' components or do we wait for autodesk to solve this fundamental problem? I would say just convert the components we use the most and wait to see.

Below are some Autodesk produced videos giving an overview of a few REVIT MEP topics.

(My apologies for the dead autodesk links below. I will get them resolved)

Electrical Overview Videos

Electrical Lighting and Power Circuitry

Electrical Lighting Calculations

Electrical Power Load Balancing, Wire Sizing and Panel Schedules

Electrical Wire Tags and Lighting Switch Topology

Fire Protection Overview Videos

Fire Protection Sprinkler Placement

Heating and Cooling Overview Videos

Heating and Cooling Load Analysis

Mechanical Overview Videos

Mechanical Design Criteria

Mechanical Duct Sizing and Inspection

Mechanical System and Duct Layout

Plumbing Overview Video

Plumbing System Layout

REVIT Structure 2008 Videos by Autodesk

Below are some general tutorial videos for REVIT Structure 2008

provided by Autodesk.

(sorry the videos below are temporarily out of order, please chech back later)

Single Model for Both Structural Analysis and Documentation

Bidirectional Associativity Between Model and Views

Construction Documents

Structural Details

Import/Export in DWG/DXF/DGN/IFC and CIS/2 formats

Bidirectional Links with Analysis Packages

Multiple Materials

Structural Parametric Components

Multi-users Worksharing

Interoperability with Revit Architecture

REVIT Keyboard Shortcut Commands

Thanks to for posting this CADclip on their site.

Above is a great silent video explaining how to create keyboard shortcut commands in all REVIT based products.

Because REVIT does not have a 'command line' or at least one that we can see, Keyboard Shortcuts are a quick way to access the existing Pull Down menu commands.

Have you ever noticed that to the right of some pull down menu commands are two (shortcut) keys that you can type instead of going through the pull down menus.

You do not have to hit enter with REVIT just the 2 characters.

It is user customizable by editing

the KeyboardShortcuts . txt file.

REVIT Structure 2008 Rebar Area Reinforcing

Thanks to for posting this CADclip on their site.

Rebar Rocks !

The new Area Reinforcing system family makes laying out nominal steel a sinch.

Because REVIT tools all work the same it really takes no practice at all.

Select the slab or wall, click the area reinforcing tool and sketch the area outline including openings.

Perhaps use the pick tool and perhaps lock the sketch lines to the slab edges. We've done this before with floors and roofs.

Then simply use the properties to specify the top and bottom rebar size, spacing, bla bla bla and you're done.

This rebar does not show up in 3D but it does show up in all sections.

In true REVIT fashion it parametrically updates everywhere as you make changes in any view.

Below is a link to a great video CADclip showing how Area Reinforcing works.

REVIT CADclip - Area Reinforcing

(click the link above to play the CADclip or right click and "save target as..." to download)

First Annual CADclips University

Don't look now but CADclips.com is hosting the first ever

completely Online and Interactive CADclips University (CU).

This November 20, 21, 22, 23.

Click the logo above for more information.

RAC 2008 Color Schemes Demo

Thanks to for posting this CADclip on their site.

I have to say, I never quite got on the band wagon for the 'Color Fill Schemes' features of REVIT......until now that is.

This is clearly a 'value add' service I now provide. It's so easy it will make your head spin.

It's 'all about' the 'Room' objects. Data in = Data out.

Listen closely now.....you can assign a Color Scheme as a property to the view. SO...Duplicate a view......assign a Color Scheme...bla...bla...bla.

Once you place the room objects (which get created in a single click) you can provide the room information. ie: Room Name, Number, Floor Finish, Base Finish, Ceiling finish, Wall Finish, Department, Occupant. Then that's it......the work is all done.

'Areas' are automatically calculated as you would expect and readily available. You can also use 'room seperators' where walls are not present but rooms change information.

The Color Schemes take over from there and they automatically assign the colors. Then you can re-assign any color you choose.

How would you like it colored up?

By department? By room name? By a set of user created area ranges? It's all up to you.

You can even add new system parameters to rooms through 'project parameters' to add in a field that does not come with the out of the box 'room' object.

Perhaps you want to sort / color a plan by 'lighting type' or 'heating source' or 'type of carpet' 'type of tile' anything you want.

Below is a link to a great video CADclip demonstrating these great Color Fill Schemes features.

REVIT Tutorial Video CADclip - Color Fill Scheme Demo

(click the link above to play the CADclip or right click and "save target as..." to download)

REVIT 2008 Shape Editing Roof Tools

Thanks to for posting this CADclip on their site.

REVIT 2008 Architecure and Structure have made leaps of progress in the way of Roof, Floor and Slab tools.

"It's Warped" .....pun intended.

With these new 'Shape Editing' tools (shown below), the sky is the limit. As indicated they work with Roofs, Floors and Slabs.

With the Draw Points, Modify Sub Element, Draw Split Line and Pick Supports tools you can specify the relative elevation of points or edges on a roof, floor or slab.

It works just like the existing toposurface 'points' tool but for floors and roofs.....I think these REVIT people are really listening to us?!

The green nodes are the roof perimeter points, the blue nodes are user created and the red ones are active.

You can even use the good old ctrl+click to select more than one point or edge at a time.

The perimeter roof edges are green dashed lines and not really obvious in the image above.....but trust me, they are there and they are fabulious.

The REVIT Developers R O C K !

You must start with a flat roof, floor or slab and if it's a roof it cannot be attached to another roof but I'm here to tell you "it really works wonders on modeling flat sloped roofs".

You can however 'attach' walls to the top / underside of these warped roofs and floors. You can pick 'beam supports' as shape criteria and the floor, roof, slab will form a split line over the beam and create the slopes. The beam supports themselves can be sloped!

The image below says it all. 4 corners at 4 different elevations.

Outside these great new shape editing tools I really like the ability to provide a 'variable' thickness to perhaps...........a rigid insulation layer of a roof structure!

The image below shows the new Variable thickness option for a roof component layer. Only one layer can be variable as you would expect.

Then you can create a roof (or floor) that slopes on the top but is horizonal on the bottom even if there is only one component.

Below is a section of the result. YEAH !

Perhaps even take it a step further and use the new 'spot elevation' dimension to indicate the surface elevations anywhere you please. YES YES YES !

Below is a link to a great video CADclip explaining how to a model a sloping flat roof with a variable rigid insulation layer.

REVIT - Flat Roof with Tapered Insulation Layer
(click the link above to play the CADclip or right click and "save target as..." to download)

REVIT Furniture Cost Schedule Tutorial

Thanks to for posting this CADclip on their site.

I have had a few inquiries about getting 'costs' and 'total costs' quantified in a schedule. It's a little tricky so I thought I would create a video tutorial.

You start by filling in the 'cost' parameter (field) for the family. Then you create a schedule, select the catagory (furniture in this case) and add the fields you want to quantify such as cost, family type and floor level of the furniture item.

Then we use the Grand Total and Total Costs schedule properties to list the information.

Below is a link to a great CADclip explaining how to create a Furniture Schedule and Total up the costs.

Video Tutorial Link - REVIT - Furniture Cost Schedule

(click the link above to play the CADclip or right click and "save target as..." to download)

REVIT Mass Building Maker Tutorial

Thanks to for posting this CADclip on their site.

Autodesk has provided us with the REVIT Building Maker tools to convert Mass Object faces to Walls, Roofs, Curtain Systems and Floors.........and maintain associativity.

The key is we have to make sure the Mass Object Family is of the Family Category > 'Mass'.

You can maintain two seperate 3D views to manage the Mass object and the new Building Components simultaneously. You can change or alter the Mass object and 'Remake' the building components and watch the model update instantly. It's like magic.

Below is a link to a great CADclip explaining how to use the 'Building Maker' tools.

Video Tutorial Link - REVIT - Building Maker Video

(click the link above to play the CADclip or right click and "save target as..." to download)