AutoCAD MEP

What is AutoCAD MEP?

AutoCAD MEP is a simple AutoCAD with Mechanical, Electrical, and Plumbing (MEP) design sets Elements, and capabilities. Autodesk offers this same experience as AutoCAD with some other toolsets in AutoCAD MEP. AutoCAD MEP includes tools for HVAC, Plumbing, Piping, and Electrical as well as Schematics.

Why to choose this course?

Takes the same commands as AutoCAD, making it easy to use. It is a simplified interface for mechanical, electrical, and plumbing (MEP) professionals. Improved plan for documentation and design for walls, roofs, doors, and stairs.

AutoCAD is popular CAD software used by engineers because it is the most reliable and includes industry specific toolsets helpful for designing motor components, engines, and complete devices.

Who should attend this training?

AutoCAD MEP certification can be pursued by, anyone who has completed 10th or 12th standard. AutoCAD MEP training is usually attended by Mechanical, Electrical and Plumbing Engineers.

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Course Outline:

ELECTRICAL DESIGN & DRAFTING COURSE
1MODULE -1 Electricity Introduction and Basics
  • Basics Concept of Electrical Engineering
  • Ohm’s Law, Voltage, Current, Resistance, Power and Loads in series and parallel
  • AC and DC currents
  • How is AC Current generated, Transmitted, Distributed and Consumed
  • DC and AC Generator, Transformers, Single and 3 phase Induction Motor
  • Star Delta Connections
2MODULE -2 Field Instruments Used in Industry
Switchgear: Various switchgear (Spst, Spdt, Contactors, Selector Switch) and Push Buttons Relays, Timers and Counters Protection Devices: RCCB, MCB, FUSE, ELCB, Overload Relay, Sockets Solenoid Valves, Control Valves, Level Sensors, Flow Sensors, Rtd, Proximity Switch, IR Sensor, Motion, Metal and Non Metal, Float Sensor, Pressure Sensors, Encoder, Capacitive Sensor, Limit Switch, Potentiometer, Buzzer, Pump, Smoke Sensor
3MODULE -3 Electrical Control Circuits
Single phase and 3 phase systems. Different Types of Control Circuits and Power Circuits for Motors Connection of Loads (Series and Parallel) Inching/Jogging Relay Logic Wiring Techniques. DOL Starter with Power Contactor and Control Contactor Forward and Reverse Operation of an Induction Motor Star – Delta Starter (Manual and Automatic)
4MODULE – 4 Symbols and Abbreviations
Electrical Symbols Abbreviations Load details of various electrical equipment Saving electrical energy
5MODULE – 5 Illumination Design & AC System
  • Basics – Luminance
  • Lux level recommended standard
  • Types of lighting
  • Mounting of lighting fixtures
  • Illumination Calculations based on lux level in the particular area and selection of different types of lights
6MODULE – 6 LOAD CALCULATION
  • Lighting load calculation
  • Raw Power Load Calculation
  • AC Load Calculation
  • Peak Demand Calculation
7MODULE – 7 TRANSFORMERS
  • Parts of a transformers
  • Cooling methods
  • Types of transformers
  • Losses in a transformer
  • Transformer protection
  • Transformer sizing
  • Earthing of transformer
8MODULE – 8 DIESEL GENERATOR
  • Advantages of a DG set
  • Types for DG sets
  • Installation
  • Protection
  • Faults
  • Sizing
9MODULE – 9 UN INTERRUPTED POWER SUPPLY (UPS)
  • Introduction
  • Working
  • Battery sizes
  • UPS sizing
  • Battery sizing
10MODULE – 10 Switch Gear Selection (Fuse, Circuit Breakers & Relay)
  • Types of Circuit Breakers
  • Working Principle of Circuit Breaker
  • Standard Sizes of Circuit Breakers
  • Circuit Breaker Selection based on short circuit capacity
  • Circuit breaker sizing
11MODULE – 11 CABLE SIZING AND BUSBAR CALCULATION
  • Types of Cables
  • Selection of cable
  • Voltage drop calculations
  • Short circuit calculations
  • BUS BAR calculations
  • BUS Duct
  • Conduits & Cable trays
12MODULE – 12 EARTHIG AND LIGHTING ARRESTORS
  • Importance of Earthing,Points to Be Earthed
  • Earthing calculations
  • Calculation for Lightening arrestors
13MODULE – 13 POWER FACTOR CORRECTION
  • Introduction to Capacitor Banks
  • Advantages of improved power factor
  • Capacitor Bank Sizing
14MODULE – 14 ELECTRICAL DRAFTING AUTOCAD
  • SLD
  • Load Scheduling
  • Lighting Layout
  • Conduit Layout
  • Wiring Layout
  • Power Layout
15MODULE – 15 EXTERNAL DESIGNING
  • Designing of Villas & Apartments
  • Designing of High Rise Building
  • Designing of Malls
16MODULE – 16 SOFTWARES
  • AUTOCAD
  • DIALUX

HVAC DESIGN COURSE

1BASICS OF HVAC SYSTEM
  • Scope of HVAC Industry with overview of Consulting & Construction Industry
  • Concepts of Air conditioning systems
  • Principles of Air Conditioning systems
  • Refrigerant cycle
  • Window Air Conditioning
  • Split Air Conditioning
  • VRV – Air Conditioning
  • VRV PROJECT DESIGN, ESTIMATION, BOQ
  • Central Air Conditioning system
2PSYCHOMETRIC
  • Psychometric chart
  • Properties of air
3HEAT LOAD ESTIMATION
  • Basics of Heat transfer in a building envelop
  • Understanding of Outdoor & Indoor conditions
  • Heat Gain Through Glass
  • Heat Gain Through Wall
  • Heat Gain Through Partition
  • Heat Gain Through Roof/Ceiling
  • Heat Gain Through Infiltration
  • Heat Gain Through Ventilation
  • Heat Gain Through People
  • Heat Gain Through Kitchen Appliances / Electrical
4DESIGN OF AIR DISTRIBUTION SYSTEM
  • Components of Air distribution system
  • Dampers
  • Types of Diffusers
  • Grills
  • Duct size calculation manual & using software
  • Heat Load Calculation Manual & E20 calculation excel software
  • HAP Software (software shall be provided to students)
  • U –Value selection
  • Sample HAP calculations
5DUCT DESIGN
  • Types of Ducts, Ducts Fittings
  • Duct designing – Equal friction method and Equal Velocity Method.
  • Duct Aspect ratio and duct sizing
  • Duct Materials selection and gauges selection
  • McQuay duct sizer software
  • Sample duct designing
6DESIGN OF WATER DISTRIBUTION SYSTEM
  • Chilled Water system pipe designing
  • Chilled water and Hot water GPM calculation
  • District cooling system
  • Friction loss calculation for the piping system
  • Friction loss in straight pipes
  • Friction loss in Fittings
  • Valves used in chilled water system
  • Calculating TDH for pump (open piping system and closed piping system)

Learning Outcomes

AutoCAD MEP software helps you draft, design, and document building systems. Create more accurate designs within a familiar AutoCAD-based environment. Increase productivity and reduce errors with automated drafting tasks, manufacturers parts, and interference detection.

Benefits of learning AutoCAD MEP at Solve Tech Training Institute

  • Our experienced professionals are instructing this course.
  • Solve Tech provides you the facility to schedule the classes according to your availability.
  • Following each session, you'll receive the course material for your own future reference.
  • You will receive an internationally recognised certification after completing the course.

SOLVE TECH STUDENT BENEFITS


Focused Training
Placement Assistance
Lab Support
Expert Trainers

Flexible Timing
Interview Prepration
Hands on Training
Affordable Course Fee