SECURITY ALERT
Developer Tools Detected!
Redirecting in 3 seconds...
+91 73511 00545info@studyfornext.com

Loading Director's Message...

Our Mentors

Our Services

PLACEMENT

100% placement assistance.

INDUSTRIAL-TRAINING

Live project training.

ADMISSION

Direct admission guidance.

PROJECTS

Innovative project support.

Why Study For Next?

CAREER-ORIENTED

Curriculum designed to boost your career.

OFFLINE & ONLINE

Flexible learning modes.

GET CERTIFICATE

Earn recognized certifications.

EXPERT MENTORSHIP

Learn from industry experts.

FREE WORKSHOP

Complimentary skill workshops.

PAID WORKSHOP

Advanced technical workshops.

Our Courses

Mechanical Engineering
Mechanical

Mechanical Engineering

Master the mechanics of machinery and thermodynamics. Design the engines and systems that power the future industry.

View More
Electrical Engineering
Electrical

EEE Engineering

Explore the world of circuits, power systems, and electronics. Innovate with sustainable energy and modern electrical solutions.

View More
CS & IT Engineering
CS & IT

CS & IT Engineering

Code your way to success with full-stack development. Learn AI, software engineering, and the latest tech stacks.

View More
Civil Engineering
Civil

Civil Engineering

Shape the skylines and build the infrastructure of tomorrow. Expertise in structural design, planning, and construction.

View More
Robotics
Robotics

Robotic Courses

Merge hardware and intelligence. Build autonomous systems and learn the future of automation and robotics.

View More
School Courses
School

School Courses

Strong foundations for bright futures. Comprehensive learning modules designed for school-level academic excellence.

View More

Why Choose Us?

  • 100% Result Oriented
  • Highly Qualified Faculty
  • Advanced Computer Labs
  • Personality Development

0+

Students

0+

Teachers

0+

Awards

0+

Years

Our Affiliations

HVAC Design & Drafting

Er Yogendra Singh Rajput December 13, 2025
Industrial Training - HVAC Design & Drafting
Industrial Training 2025

Master HVAC
DESIGN

Design efficient Air Conditioning systems. Learn Heat Load Calculation, Duct Sizing, Chiller Plants, and VRF Systems.

Start Cooling Get Syllabus

HAP

Analysis

MEP

Drafting

VRF

Systems

Air Handling Unit (AHU) Monitor
Status: Online
Room Temp 24°C
Set Point 24°C
Mode: Idle
Fan RPM: 0
Supply Air: --
[ HVAC ENGINEER ]

Detailed Topic Breakdown

Comprehensive training for Mechanical Engineers covering design standards (ASHRAE/ISHRAE), calculations, and drafting.

Module 1

Basics & Physics

Thermodynamics, Refrigeration Cycle, and reading Psychrometric Charts.

Week 1 (Day 1-7)

Part A: HVAC Fundamentals

  • Introduction to HVAC & Industry Standards
  • Modes of Heat Transfer (Conduction, Convection, Radiation)
  • Basic Refrigeration Cycle (VCR System)
  • Components: Compressor, Condenser, Expansion, Evaporator
  • Refrigerants (R-22, R-134a, R-410a, R-32)
  • ODP and GWP Concepts
  • Types of Air Conditioning Systems
  • Split vs Window vs Central AC
  • Units of Measurement (TR, BTU, kW)
  • Human Comfort Conditions (ASHRAE 55)

Part B: Psychrometry

  • Properties of Air (DBT, WBT, RH, DPT)
  • Reading the Psychrometric Chart
  • Specific Humidity & Enthalpy
  • Psychrometric Processes (Sensible Cooling/Heating)
  • Humidification & Dehumidification
  • Apparatus Dew Point (ADP)
  • Bypass Factor (BPF)
  • Mixing of Air Streams
  • Sensible Heat Ratio (SHR)
  • Analysis of Summer & Winter AC
Module 2

Load Calculation

Calculating heating and cooling loads manually and using HAP software.

Week 2 (Day 8-14)

Part A: Manual Calculation

  • Survey of Building
  • Orientation of Building (North/South/East/West)
  • U-Factor Calculation (Walls, Roof, Glass)
  • Solar Gain through Glass (SHGF)
  • Transmission Gain (Walls/Roofs)
  • Internal Loads (People, Lights, Equipment)
  • Infiltration & Ventilation Loads
  • Effective Sensible Heat Factor (ESHF)
  • Grand Total Heat Load (GTH)
  • Tonnage Calculation

Part B: HAP Software

  • Introduction to HAP (Hourly Analysis Program)
  • Weather Data Input
  • Defining Spaces & Zones
  • Building Envelope Input
  • Schedule Creation (Occupancy/Lighting)
  • System Selection (VAV/CAV)
  • Generating Load Reports
  • Interpreting Simulation Results
  • Comparing Manual vs Software Results
  • Optimizing System Size
Module 3

Distribution

Designing ductwork, selecting air terminals, and piping systems.

Week 3 (Day 15-21)

Part A: Air Distribution

  • Duct Materials (GI Sheet, Aluminum)
  • Duct Shapes (Rectangular, Round, Oval)
  • Duct Sizing Methods (Equal Friction)
  • Velocity Reduction Method
  • Static Regain Method
  • Calculating Duct Size using McQuay
  • Air Terminals (Diffusers, Grilles, Registers)
  • Damper Types (VCD, Fire Damper)
  • ESP (External Static Pressure) Calculation
  • Fan Selection for AHU

Part B: Hydronic Systems

  • Chilled Water Systems Overview
  • Chiller Types (Air Cooled/Water Cooled)
  • Pipe Sizing (GPM vs Dia)
  • Pump Head Calculation
  • Primary & Secondary Pumping
  • Expansion Tanks & Air Separators
  • Cooling Towers
  • Valves (Gate, Globe, Butterfly, Balancing)
  • Insulation Materials
  • District Cooling Basics
Module 4

Advanced & Drafting

VRF systems, Ventilation, and creating Layouts in AutoCAD/Revit.

Week 4 (Day 22-28)

Part A: Advanced Systems

  • VRF / VRV System Design
  • Refnet Joint Selection
  • Ventilation Standards (ASHRAE 62.1)
  • Car Park Ventilation (Jet Fans)
  • Kitchen Ventilation (Hood Design)
  • Staircase Pressurization
  • Clean Room HVAC (Hospitals)
  • Cold Storage Design
  • Energy Conservation Measures
  • Green Building (LEED) Concepts

Part B: Drafting & Projects

  • HVAC Symbols & Legends
  • Single Line Diagram (SLD) of Ducting
  • Double Line Diagram
  • Section Views in AutoCAD
  • Revit MEP Introduction
  • Clash Detection (Navisworks)
  • Bill of Quantities (BOQ)
  • Project: Office Building HVAC Design
  • Project: Residential Villa VRF Design
  • Final Viva & Certification

Download Engineering Resources

Access the complete 30+ page Design Report, HAP Calculations, and Duct Layouts.

Trending Search Terms

HVAC Design Training, Winter Internship 2025, Mechanical Engineering Projects, Heat Load Calculation HAP, Duct Sizing Methods, Chiller Plant Design, VRF System Installation, Psychrometric Analysis, MEP Drafting, Revit MEP Course, AutoCAD for HVAC, Ventilation Systems, Fire Fighting Basics, Plumbing Design, Green Building LEED, ASHRAE Standards, ISHRAE Guidelines, Industrial Ventilation.

#HVACDesign #MechanicalEngineering #MEP #RevitMEP #AutoCAD #HeatLoad #AirConditioning #Chillers #WinterTraining

© 2025 CodeSummer Training Solutions. All Rights Reserved.

Disclaimer: Carrier HAP, Autodesk Revit, and other software brands are trademarks of their respective owners. This training is an educational initiative.

0 Views