Autodesk® AutoCAD® MEP
Course Length : 60 hours
AutoCAD® MEP software is the discipline-specific version of
AutoCAD® software for mechanical, electrical, and plumbing (MEP) designers and
drafters. The software’s intuitive systems and design tools provide greater
drafting productivity with the flexibility to make last-minute design changes
more quickly and easily.
AutoCAD MEP automates tedious drafting tasks, enabling
designers and drafters to create more accurate construction documentation,
faster. Sharing, collaborating, and coordinating with architects, structural
engineers, and contractors is easier using the software’s widely used
authentic, reliable DWG™ technology.
Course Objectives
·
Accurately creating and modifying 2D
and 3D geometry that represent MEP engineering components
·
Applying intelligent data to objects
·
Using 3D models to produce
construction documents
·
Setting up a power plan
·
Creating power circuits
·
Adding wiring and lighting fixtures
·
Setting up a ducting plan
·
Creating plumbing lines
·
Adding gas boilers
·
Creating viewports, sheets, sections
and elevations
·
Creating HVAC systems
Prerequisites:
Basic AutoCAD Knowledge.
Training Course Contents
Session1
Introduction to MEP.
MEP – types of drawing (HVAC, Plumbing,
Fire Fighting & Electrical.)
What is HVAC? Introduction of HVAC & HVAC Standards.
HVAC Main Components & HVAC calculations STEPS.
Introduction of Refrigeration, process & types of system.
Session2
How do basic unit’s
conversion?
How do psychrometric
properties, process & explain chart?
How do cooling load calculation.
U- factor value in material
Resistance (floor/celling, concrete roof / non-insulated, concrete roof
/insulated,9” brick wall exposed, 9” brick wall – part ion wall.
Session3
Heat load calculation –
inputs need.
How do internal Head calculation?
Session4
Types of Refrigeration system
Session5
Types of compressors.
Types of condensers.
Session6
Types of AC & Process.
Session7
Introduction of AHU (Air Handling Unit).
Explain to AHU system & over
view components.
Cooling & heating process
drawing.
Session8
Layer using for HVAC drawing.
Plotting using paper size (Text height)
Change to text style(standard).
Change to dimension style.
Session9
Explain to HVAC components
functions.
Session10
HVAC Calculation of
CFM
Air thermal
Each differs of cfm
Neck size
AHU size
How do using for duct sizer software
Head loss
Duct size
Session11
Calculation Trouser piece Duct width
size.
Calculation supply air diffuser
size.
Spigot / Butterfly Damper size.
Volume Control Damper (VCD) size.
Fire Damper size.
Sound Attenuator size.
Session12
Example IT company plan apply to
HVAC.
Session13
Introduction to Plumbing.
Explain pipe joints, fitting
& value 2d drawing.
Session14
Motor & pump 2d drawing
create step.
Block & insert using drawing.
Session15
Example fire pump room
layout.
Session16
Introduction to electrical.
How to create electrical
components symbols.
Session17
Example House plan to
electrical rooting.
Session18
Standards: Drawing sheets standards and Title block standards,
Symbol creation.
Syllabus
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