Embed Size (px)
Citation preview
Wondering about the right step for entering the BIM world: The most widely used 3D software for Building Services
16 till 18 December 2011
Learning Revit MEP 2012 HVAC SYSTEMS
By Ziad BEYLOUNI CAD Manager of HADEN Engineering – Australia [email protected]
Learning Revit MEP 2012 – HVAC Systems
Description Duration: 3 days
Revit MEP is the design and construction documentation solution for mechanical, electrical & plumbing (MEP) engineers. Seamlessly collaborate with architects using Revit Architecture software in an intuitive design environment. Minimize coordination errors with architects and structural engineers using the Revit platform and building information modeling (BIM) workflows. And with BIM, provide better decision making and building performance analysis support for engineers.
In this 3 days hands‐on training course, focus will be on HVAC systems by learning the fundamental features of Revit MEP 2012, creating HVAC system, creating HVAC families, customizing Revit MEP to meet your company’s standard then progressing through system analysis, heat load calculations and construction documentation before finishing with design visualization and clash detection.
Course Objectives
The primary objective of this courseware is to teach engineers the concept of building information modeling and introduce the tools for parametric engineering HVAC design, shop drawings and documentation using Revit MEP 2012.
After completing this course, participants will be able to:
• Describe the benefits of building information modeling
• Use fundamental features of Revit MEP
• Use the parametric 3D design tools to create and analyze HVAC systems
• Annotate & create project schedules
• Create construction documentation
• Build Revit MEP families & templates library
• Work on HVAC projects requiring Revit MEP skills
Who should attend & prerequisites
This courseware is designed for new users of Revit MEP. No previous CAD experience is necessary. However, before using this courseware, participants should have a working knowledge of the following:
• MEP engineering principles, in particular HVAC principles
• Microsoft Windows XP or Microsoft Windows 7
Learning Revit MEP 2012 – HVAC Course Outline:
Day 1:
Building information modeling
• Building Information Modeling
Revit MEP Basics
• Exploring the user interface • Working with Revit elements and families
Viewing the Model
• Exploring views • Controlling object visibility • Working with sections and elevation views • Working with 3D views
Starting a New Project
• Setting up the project • Setting up view templates • Inserting HVAC families • Creating simple duct layout
Day 2:
Defining Volumes
• Creating Rooms & spaces • Building Performance Analysis
Heating and Cooling Load Calculations
• Defining Heat & Cooling Information • Calculating Heating & Cooling Loads
HVAC Systems
• Creating HVAC system • Generating Layouts • Creating Air terminal, VAV & AHU families • Creating Duct accessory families
Day 3:
Piping S
• • • • • •
Detailin
• • •
Annota
• • •
Constru
• •
Few exa
(Model
Exampl
Systems
Creating PiGeneratingCreating PiCompletingPerformingWorking w
ng & Draftin
Creating CaWorking wWorking w
ation & Sche
Adding TabAdding DimCreating La
uction Docu
Creating ShPrinting She
amples crea
created by Z
e 1: Inspect
ping systemg Layouts ping accessg Piping Layg Clash Deteith Schedul
ng
allout Viewsith Detail Vith Drafting
edules
bs mensions, Syabels: duct/
umentation
heets & Titleeets
ated with R
Ziad Beyloun
t the Flow, p
m
sory familiesyout ection e
s iews g Views
ymbols & tepipe levels,
n
e blocks
Revit MEP 2
ni, extract fro
pressure los
s
ext lengths
2012 showin
om 76 Berry
ss & static p
ng its drafti
St project, S
pressure va
ing/design
Sydney by HA
lues as wel
capabilities
ADEN Engine
l as index ru
s:
eering)
un.
Exampl
Examplbe clash
e 2: Use du
e 3: Performh free befor
ct sizing op
m interferenre construct
ption to size
nce check ation starts.
all your du
and detect aEnormous s
ct/pipe syst
all clashes wsavings on r
tems in sec
with all servrework and
conds.
vices. Your m coordinatio
model will on.
Exampl
Exampl
e 4: Easily v
e 5: Piping
visualize and
layout is ea
d coordinat
asy to design
te your syst
n even for t
ems.
the most coomplicated ssystems.
Examplyear. Ve
Exampldownlo
e 6: Powerfery importa
e 7: Easily coad any pipi
ful graphicsant tool for
check distanng accessor
s. You can pheat load a
nces betweery: Flow me
lot shadownalysis.
en valves aneters, orifice
s according
nd accessibe plates, val
g to sun path
bility for malves, straine
h at any tim
inenance. Cers, DRV...
me of the
Create or
Exampl
ExamplNaviswoclearaninterne
e 8: Create
e 9: Virtualork Freedomces. Naviswt (Another A
complex pl
ly walk throm softwarework FreedoAutodesk in
lantrooms w
ough your m, site engineom is a free nvention)
with half the
model as if yeers can beviewer soft
e drafting t
you are havetter visualiztware that y
ime used w
ing a tour oze their proyou can dow
with AutoCA
on site. Withoject, systemwnload from
AD.
h ms & m the
Examplsection
Exampldifferen
e 10: Add ins in second
e 11: Take pntiate existi
nsulation tos anywhere
perspectiveng items fro
o your systee in your pro
e pictures ofom items to
em in very tiojects. Huge
f your projeo be demoli
ight locatioe saving on
ect and coloished or to
ns with onedrafting tim
or code yoube construc
e click. Geneme.
r systems, acted.
erate
and
