Projects in HVAC LIVE Program
You will gain experience working on 2 complete projects from scratch to final submission
Professionals Trained
Countries Students
Average Rating
Certification Minutes Taught
Basics Concepts in HVAC
• Introduction to HVAC Principles
• Fundamentals of Heat Transfer
• Components of HVAC Systems
• Types of HVAC Systems
Psychrometry
• Definition and Importance of Psychrometrics
• Psychrometric Properties and Parameters
• Psychrometric Chart Interpretation
• Applications of Psychrometry in HVAC
Refrigerants
• Types of Refrigerants (CFCs, HCFCs, HFCs, etc.)
• Refrigerant Properties and Characteristics
• Environmental Impact and Regulations
• Refrigerant Selection Criteria
Air Conditioning
• Principles of Air Conditioning
• Types of Air Conditioning Systems (Split, Window,
Central, etc.)
• Components of Air Conditioning Systems
• Energy Efficiency Considerations
Fan
• Types of Fans (Centrifugal, Axial, etc.)
• Fan Characteristics and Performance
• Fan Laws and Efficiency
• Fan Selection Criteria
Pumps
• Types of Pumps (Centrifugal, Reciprocating, etc.)
• Pump Performance Parameters
• Pump Selection Criteria
• Pump Sizing and Efficiency Considerations
Heat Load Calculation Thumb Rule
• Overview of Heat Load Calculation
• Thumb Rules for Quick Estimation
• Limitations and Accuracy of Thumb Rules
Heat Load Calculation by O-General Methodd
• Introduction to O-General Method
• Steps for Heat Load Calculation using O-General
Method
• Assumptions and Limitations
• Example Calculation
Heat Load Calculation Manually
• Manual Heat Load Calculation Process
• Calculation Formulas and Equations
• Importance of Manual Calculation
• Verification and Validation Techniques
Heat Load Calculation by Excel Sheet
• Excel Spreadsheet Templates for Heat Load
Calculation
• Input Parameters and Formulas
• Benefits and Limitations
• Customization and Automation Features
Heat Load Calculation by HAP Software
• Introduction to Hourly Analysis Program (HAP)
• Software Features and Capabilities
• Input Data Requirements
• Output Analysis and Reports
Winter Load Calculation (Heating)
• Methods for Calculating Heating Load in Winter
Conditions
• Factors Affecting Winter Heat Load
• Heating System Design Considerations
• Energy Efficiency Strategies for Heating
Air Distribution System
• Types of Air Distribution Systems (Constant Air
Volume, Variable Air Volume, etc.)
• Airflow Patterns and Distribution Methods
• Ductwork Design Principles
• Balancing and Testing Procedures
Plenum Box
• Definition and Purpose of Plenum Box
• Types of Plenum Boxes
• Design Considerations and Sizing
• Installation and Maintenance Guidelines
Air Terminal Devices
• Types of Air Terminal Devices (Diffusers, Grilles,
Registers, etc.)
• Functionality and Applications
• Selection Criteria for Air Terminal Devices
• Integration with HVAC Systems
Duct Designing Methods
• Principles of Duct Design
• Duct Sizing Methods (Equal Friction, Static
Regain, etc.)
• Duct Layout and Routing Considerations
• Insulation and Sealing Requirements
Car Parking Ventilation
• Ventilation Requirements for Parking Areas
• Exhaust System Design Considerations
• Air Quality and Safety Measures
• Compliance with Building Codes
Toilet Ventilation System
• Importance of Ventilation in Toilets
• Toilet Exhaust Fan Sizing
• Odor Control Methods
• Compliance with Health and Safety Standards
Kitchen Ventilation System
• Ventilation Requirements for Commercial
Kitchens
• Kitchen Exhaust Hood Types
• Grease Filtration and Fire Safety Measures
• Make-up Air System Design Considerations
Stairwell Pressurization System
• Purpose and Benefits of Stairwell Pressurization
• Design Principles and Criteria
• Equipment Selection and Layout
• Emergency Operation and Maintenance
Transformer and Diesel Generator Room
Ventilation System
• Ventilation Requirements for Equipment Rooms
• Ventilation System Design Considerations
• Fire Safety Measures
• Equipment Selection and Installation Guidelines
Chilled Water System
• Components of Chilled Water System
• Chiller Types and Selection
• Chilled Water Distribution System Design
• Maintenance and Efficiency Considerations
Pump Head Calculation and Pump Selection
• Pump Head Calculation Methods
• Pump Curve Analysis
• Pump Selection Criteria
• Pump Efficiency and Performance Considerations
CAV and VAV
• Constant Air Volume (CAV) Systems
• Variable Air Volume (VAV) Systems
• Benefits and Drawbacks
• System Selection and Control Strategies
Cooling Tower
• Types of Cooling Towers
• Cooling Tower Components and Operation
• Cooling Tower Sizing and Selection
• Water Treatment and Maintenance Guidelines
Valves and Coil Selection
• Types of HVAC Valves (Control Valves, Shut-off
Valves, etc.)
• Coil Types and Applications (Heating Coils,
Cooling Coils, etc.)
• Selection Criteria for Valves and Coils
• Integration with HVAC Systems
VRV or VRF
• Variable Refrigerant Volume (VRV) / Variable
Refrigerant Flow (VRF) Systems
• System Components and Operation
• Benefits and Applications
• Design Considerations and Installation Guidelines
Desert Cooler Selection
• Evaporative Cooling Principles
• Types of Desert Coolers
• Sizing and Installation Considerations
• Energy Efficiency and Maintenance
ESP Calculation
• Definition and Importance of External Static
Pressure (ESP)
• ESP Calculation Methods
• ESP Adjustment and Optimization
• Impact on HVAC System Performance
Cold Storage
• Cold Storage Facility Types (Refrigerated
Warehouses, Cold Rooms, etc.)
• Refrigeration System Design Considerations
• Insulation and Temperature Control Methods
• Safety and Compliance Standards
BOQ (Bill of Quantities)
• Definition and Purpose of BOQ
• Components of a BOQ in HVAC Projects
• BOQ Preparation Process
• Importance of Accurate BOQ in Project
Management
Preparation of Concept Design Drawing
• Initial Design Concept Development
• Sketching and Drafting Concepts
• Incorporating Client Requirements
• Preliminary Equipment Layouts
• Preparation of Detail Shop Drawing for AC
and Ventilation Ducts
• Detailed Ductwork Layouts
• Sizing and Placement of Ducts
• Coordination with Other Trades (Electrical,
Plumbing, etc.)
• Material Specifications and Installation
Details
Chilled Water Pipes
• Chilled Water System Layout
• Pipe Sizing and Material Selection
• Pipe Routing and Support Details
• Insulation Requirements
Duct Fittings
• Types of Duct Fittings (Elbows, Transitions,
Reducers, etc.)
• Selection Criteria for Duct Fittings
• Installation Guidelines
• Sealing and Leakage Prevention
Representation of Duct Pipe Levels, Slope,
Flow Direction
• Level and Slope Requirements for Ductwork
• Conveying Flow Direction in Drawings
• Coordination with Building Structure
• Clear Communication of Design Intent
BOD's, BOP's
• Definitions of BOD (Basis of Design) and BOP
(Basis of Payment)
• Documenting Design Assumptions and
Criteria
• Establishing Design Parameters and
Standards
• Aligning Design Intent with Client
Expectations
Typical Detail of Chillers
• Chiller Equipment Specifications
• Chiller Location and Layout
• Connection Details (Piping, Electrical, etc.)
• Access and Maintenance Requirements
Typical Detail of AHUs (Air Handling Units)
• AHU Component Details (Fans, Coils, Filters,
etc.)
• AHU Sizing and Selection Criteria
• AHU Location and Installation Requirements
• Airflow Direction and Distribution Details
Typical Detail of FCUs (Fan Coil Units)
• FCU Configuration and Components
• FCU Sizing and Selection Guidelines
• FCU Installation Details
• Control and Operation Features
Typical Detail of Pumps
• Pump Types and Specifications
• Pump Location and Installation
Requirements
• Piping Connection Details
• Pump Control and Monitoring Features
Typical Detail of Valves
• Valve Types (Control Valves, Shut-off
Valves, etc.)
• Valve Selection Criteria
• Valve Installation and Operation Details
• Control and Regulation Features
Typical Detail of Strainers
• Strainer Types and Applications
• Strainer Sizing and Selection Guidelines
• Strainer Installation Details
• Maintenance and Cleaning Procedures
Representation of Section Drawings
• Purpose and Importance of Section
Drawings
• Cross-Sectional Views of HVAC Components
• Clear Annotation and Labeling
• Compliance with Drawing Standards and
Codes
You will gain experience working on 2 complete projects from scratch to final submission
Upon successful completion of the course, you will receive a certificate of achievement from the institute with the director’s signature and a unique code.
Add this certificate to your profile to improve your portfolio.
The PG Program is a combination of live sessions and recordings of live classes will be available to access later. You can post your doubts 24/7 or discuss them in live sessions
Friday: 6PM – 10PM (IST) Sunday: 10AM – 2PM (IST)
Class recordings of live classes are accessible anytime, anywhere for 1000 days from the date of enrollment
Post your unlimited queries 24*7 in the discussion forum below any video lecture
Recent diploma holders or graduates with a bachelor's degree in Mechanical, Electrical, or Civil Engineering seeking to upskill and become MEP design professionals.
Construction Engineers or Managers seeking a design-focused role, and anyone with a strong foundation in math, physics, and CAD with an interest in MEP design.
Current MEP professionals seeking to update their knowledge on new design practices, software, or regulations. It also includes those interested in specializing in a particular MEP discipline (e.g., HVAC, plumbing, or electrical) for career advancement.
Ready to supercharge your career and unlock new opportunities? Download our comprehensive course brochure now and discover the path to success!
Gain Practical Skills, Expert Guidance, and Career Opportunities Tailored for Non-Tech Professionals
Detailed MEP programs for working professionals and students
Personalized counseling to navigate career transitions effectively
Dedicated support for job search and industry connections
Recognized by ISO, MSME, IAF and EGAC
Yes, our Course covers everything from basic to advanced level with complete projects.
Mechanical, Civil, or Electrical Engineers, , Graduates and Postgraduates from Diverse Fields, Professionals from Non-Tech Backgrounds
Each live session lasts for 4 hours, and total live class duration is 60+ hours over 3 months.
No specific prerequisites are required, and all necessary software will be provided during the program
Links will be shared in a dedicated WhatsApp group 2-3 hours before each session.
Upon successful completion, you'll be awarded a certification accredited by ISO, MSME, IAF, and EGAC, affirming your expertise in SQL PL/SQL development
Yes, recordings are available in Google Drive for 1000 days.
Internship opportunities are available across industries and locations, providing flexibility based on your preferences and qualifications.
Additional materials are downloadable through Google Drive.
After completing the HVAC Design and Drafting LIVE Course, you can qualify for roles like HVAC Design Engineer, Draftsman, Project Engineer, MEP Coordinator, Site Engineer, and Energy Auditor.
10000+ Successful Career Transitions. Contact Us Today and Next Could be You
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