Became Expert Revit Mep (Begineer To Advance Level)

[LeeAndro]

Last updated 5/2022MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHzLanguage: English | Size: 2.41 GB | Duration: 4h 13m

MEP DESIGNING COURSE

What you'll learn
revit mep,HVAC DESIGNING ,PLUMBING,FIRE PROTECTION SYSTEM
Requirements
Install Revit 2019
Description
his course is a Advance course in REVIT MEP 2019.​

Those who want to learn REVIT MEP 2019 and understand its basics to Advance Level within minimum shall take this course.What you'll learnArchitectural DesigningLand scaping3D ModelingLink ActivitiesHVAC DesigningPlumbingCHILLER PLANT DESIGNING.Fire Protection system DesigningElectrical DesigningWho this course is foreople having background of following field can do this courseArchitectsMechanical EeersElectrical EeerHVAC EeersPlumbing EeersWHAT MEP EEERS SHOULD DEMAND FROM ARCHITECTURE Heating, ventilating, and air-conditioning (HVAC) systems account for nearly 40% of the energy used in commercial buildings. The condition of your building envelope strongly influences HVAC system energy consumption and occupant comfort. Outlined below are strats that can be used in buildings to conserve energBuilding Orientation Orientation of a building should be done for the climatic zone in which the building is situated. Cold climates: The South facing side provides maximum solar gain. Locate the building's axis on the East-West direction with its longest dimension facing the South. Hot and dry climate: During summer, the North wall gets significant exposure, and the West side absorbs the maximum late afternoon heat. Similar to cold climates, longer walls of building should face North and South with longer axis along the East-West direction. Warm and humid climate: In this climate, buildings should ideally be long and narrow to allow cross-ventilation. The optimum building orientation is somewhere along the east-west directionCarrier Commercial Service is committed to ly customer-focused solutions, no matter the complexity. Our professional Consulting Eeers are available for support on building analysis, energy studies and Mechanical, Electrical and Plumbing (MEP) eeering design projects.Our innovative and practical approach provides comprehensive HVAC integrations that can maximize energy savings, reduce cost and more.Support Includes:Eeering studies and schematic designsDesign development documents for pricingProject assessments and resolution reportsSystem Analysis and HVAC designBuilding AuditsEnergy ModelingDesign / Build Services

Overview

Section 1: Introduction

Lecture 1 Introduction

Section 2: Revit introduction

Lecture 2 Introduction of Revit

Lecture 3 Introduction OF REVIT 2020

Section 3: Architecture Designing

Lecture 4 Floor_creation,editing and Material selection

Lecture 5 WALLS_creation,editing and Material selection

Lecture 6 Door_placement,editing and Material selection

Lecture 7 Windows_placement,editing and Material selection

Lecture 8 Roof_Creation,editing and Material selection

Section 4: Landscaping

Lecture 9 Landscaping

Lecture 10 Swimming pool Designing

Section 5: 3D MODELING

Lecture 11 extrude

Lecture 12 blend

Lecture 13 revolve

Lecture 14 sweep

Lecture 15 sweep blend

Section 6: HVAC Devices

Lecture 16 lecture 1

Lecture 17 lecture 2

Section 7: HVAC Designing

Lecture 18 HVAC Load calculations

Lecture 19 Ducting

Lecture 20 Automatic Ducting Supply and return system

Lecture 21 Duct Sizing

Section 8: Plumbing

Lecture 22 Placement of fixture

Lecture 23 Dewelling unit

Lecture 24 cold water supply system

Lecture 25 Hot water & drainage supply system

Lecture 26 pipe sizing

Lecture 27 Placement of valves

Section 9: Centrifugal chiller system

Lecture 28 Centrifugal chiller system THEORY

Lecture 29 Centrifugal chiller design in Revit

Lecture 30 Centrifugal chiller design in Revit

Section 10: Air cooled chiller system DESIGNING

Lecture 31 Air colled chiller theory

Lecture 32 Air cooled chiller in Revit

Section 11: Absorption system

Lecture 33 Absorption system

Lecture 34 Energy_efficiency_of_chillers.

Section 12: Fire Protection system Designing

Lecture 35 Fire Hydrant system

Lecture 36 Fire sprinkler system

Section 13: Electrical

Lecture 37 Electrical Load calculation

Lecture 38 Volatage Drop Calculation

Lecture 39 Electrical circuit

Lecture 40 Lighting

Eeers

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