Engineering Design & CAD · PPL

HVAC Design Certification

A specialist program designed to develop practical HVAC design skills in cooling load calculations, system selection, ductwork, ventilation, piping, equipment sizing, and engineering documentation.

  • 3 DaysDuration
  • PPLAccredited
  • 3 LanguagesArabic · English · Hindi
  • ₹12,999.00 Per delegate

This course is accredited by PPL

This is for all ppl accredited courses
2M+ Delegates trained worldwide
15,000+ Corporate clients
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4.8 ★ Average learner rating
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— The journey

Course Outline

What the programme covers, module by module.

Module 1: Introduction to HVAC Systems

  • HVAC fundamentals
  • Heating systems
  • Ventilation systems
  • Air conditioning
  • Comfort conditions
  • HVAC applications

Module 2: HVAC Design Fundamentals

  • Design process
  • Indoor design conditions
  • Outdoor design conditions
  • Building characteristics
  • Occupancy requirements
  • Design considerations

Module 3: Fundamentals of Heat Transfer

  • Conduction
  • Convection
  • Radiation
  • Thermal resistance
  • U-values
  • Building heat transfer

Module 4: Psychrometrics

  • Dry-bulb temperature
  • Wet-bulb temperature
  • Relative humidity
  • Dew point
  • Enthalpy
  • Psychrometric chart

Module 5: Psychrometric Processes

  • Sensible heating
  • Sensible cooling
  • Cooling and dehumidification
  • Heating and humidification
  • Air mixing
  • Process plotting

Module 6: Cooling Load Fundamentals

  • Cooling load concepts
  • Sensible heat
  • Latent heat
  • Internal loads
  • External loads
  • Load components

Module 7: Cooling Load Calculations

  • Wall heat gain
  • Roof heat gain
  • Glass heat gain
  • Occupancy loads
  • Lighting loads
  • Equipment loads

Module 8: Heating Load Calculations

  • Heat loss
  • Transmission losses
  • Infiltration
  • Ventilation losses
  • Design temperatures
  • Heating requirements

Module 9: HVAC System Selection

  • System selection criteria
  • Split systems
  • Packaged systems
  • VRF systems
  • Chilled water systems
  • Central HVAC systems

Module 10: HVAC Equipment Selection

  • Air handling units
  • Fan coil units
  • Chillers
  • Cooling towers
  • Pumps
  • Selection considerations

Module 11: Air Distribution Fundamentals

  • Supply air
  • Return air
  • Fresh air
  • Exhaust air
  • Airflow requirements
  • Air balancing concepts

Module 12: Duct Design Fundamentals

  • Duct types
  • Duct materials
  • Air velocity
  • Friction losses
  • Pressure losses
  • Duct sizing

Module 13: Duct Sizing Methods

  • Equal friction method
  • Velocity method
  • Static regain concepts
  • Equivalent diameter
  • Rectangular ducts
  • Circular ducts

Module 14: Fans & Static Pressure

  • Fan fundamentals
  • Airflow
  • Static pressure
  • Dynamic pressure
  • System resistance
  • Fan selection

Module 15: Diffusers, Grilles & Registers

  • Supply diffusers
  • Return grilles
  • Exhaust grilles
  • Air throw
  • Air distribution patterns
  • Terminal selection

Module 16: Ventilation & Fresh Air Design

  • Ventilation principles
  • Outdoor air
  • Indoor air quality
  • Exhaust requirements
  • Air changes
  • Fresh air calculations

Module 17: Chilled Water System Design

  • Chilled water systems
  • Primary circuits
  • Secondary circuits
  • Chilled water flow
  • Temperature difference
  • System configuration

Module 18: HVAC Piping Design

  • Pipe sizing
  • Water velocity
  • Friction loss
  • Fittings
  • Valves
  • Pump head concepts

Module 19: VRF & DX System Design

  • DX systems
  • VRF principles
  • Indoor units
  • Outdoor units
  • Refrigerant piping
  • System selection

Module 20: HVAC Controls & Energy Efficiency

  • Thermostats
  • Sensors
  • Control sequences
  • Variable speed operation
  • Energy-efficient equipment
  • System optimisation

Module 21: HVAC Drawings & Documentation

  • HVAC layouts
  • Duct drawings
  • Piping drawings
  • Equipment schedules
  • Legends and symbols
  • Design documentation

Module 22: Integrated HVAC Design Project

  • Building data assessment
  • Cooling load calculation
  • System selection
  • Duct and piping design
  • Equipment selection
  • HVAC layout preparation
— 01.2 · Is it right for you?

Who it's for & what's included

Pick a delivery method to see exactly who it suits and everything you receive.

Who it's for

Classroom

Best for learners who want face-to-face tuition and to network with peers in person.

What's included

Everything you get

  • Live instructor on-site
  • Printed workbook & materials
  • Group exercises & case studies
Who it's for

Online Instructor-Led

Best for learners who want a live instructor and a fixed schedule, without the travel.

What's included

Everything you get

  • Live instructor via video call
  • Digital workbook & resources
  • Session recordings
Who it's for

Self-Paced

Best for self-motivated learners who need maximum flexibility around work and life.

What's included

Everything you get

  • On-demand video lessons
  • Interactive quizzes
  • 24/7 access on any device
— What you will master

Course Objectives

01

Understand HVAC principles, system components, and building comfort requirements.

02

Apply heat transfer and psychrometric principles to HVAC design calculations.

03

Calculate cooling and heating loads for different building spaces.

04

Select suitable HVAC systems and equipment based on design requirements.

05

Design air distribution systems and size HVAC ductwork effectively.

06

Calculate ventilation, fresh air, chilled water, and piping requirements.

07

Understand VRF, DX, chilled water, controls, and energy-efficient HVAC systems.

08

Prepare coordinated HVAC layouts, equipment schedules, and engineering documentation.

— Questions answered

Frequently Asked Questions

What is HVAC Design?
HVAC Design involves planning and sizing heating, ventilation, and air conditioning systems to maintain suitable temperature, humidity, air quality, and indoor comfort.
Who should attend this course?
The course is suitable for job seekers, mechanical engineering graduates, engineering students, MEP professionals, and individuals interested in HVAC design roles.
Do I need previous HVAC experience?
No advanced HVAC experience is required. Basic knowledge of mechanical engineering, thermodynamics, or heat transfer can help learners understand the technical concepts.
Which HVAC systems are covered?
The course covers split and packaged systems, VRF, DX systems, chilled water systems, AHUs, FCUs, ventilation systems, ductwork, piping, and HVAC controls.
What practical skills will I develop?
You will develop skills in cooling load calculations, HVAC system selection, duct sizing, ventilation design, chilled water and piping calculations, equipment selection, and drawing preparation.
— Trusted by learners

What our delegates say

★★★★★

"The structure, the practice exams, the instructor — all top tier. Passed first try."

AS
Aarti SharmaSenior Project Manager · TCS
★★★★★

"Best training I have attended. The content is exactly what modern projects need."

JD
James DonovanProgramme Director · Capgemini
★★★★★

"24/7 support actually means 24/7 — got help on my mock exam at 2am. Worth every dollar."

MO
Maya OkaforPMO Lead · Standard Bank

★ 4.8 / 5 from 12,000+ verified learner reviews on Trustpilot & Google.

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