Advanced HVAC System Design
( 24 Modules )

Module #1
Introduction to Advanced HVAC System Design
Overview of the course, importance of advanced HVAC design, and course objectives

Module #2
HVAC System Fundamentals Review
Review of basic HVAC system components, principles, and design considerations

Module #3
Load Calculation and Energy Analysis
Advanced load calculation methods, energy analysis, and building simulation software

Module #4
Airside and Waterside System Design
Design principles and considerations for airside and waterside systems, including VAV, CV, and hybrid systems

Module #5
Chiller and Boiler Plant Design
Design and selection of chillers, boilers, and heat pumps, including piping and pumping systems

Module #6
Air Handling Unit Design and Application
Design and selection of air handling units, including fan selection, coil design, and filter selection

Module #7
Fan System Design and Application
Fan system design, fan selection, and system effect considerations

Module #8
Piping System Design and Hydronics
Piping system design, pipe sizing, and hydronic system design considerations

Module #9
Duct System Design and Fabrication
Duct system design, duct sizing, and fabrication methods

Module #10
Humidity Control and Dehumidification
Humidity control strategies, dehumidification systems, and design considerations

Module #11
Ventilation and Indoor Air Quality
Ventilation strategies, indoor air quality considerations, and design for occupant comfort and health

Module #12
Energy Recovery and Heat Exchanger Design
Energy recovery strategies, heat exchanger design, and selection

Module #13
Building Management and Control Systems
Design and implementation of building management and control systems, including sensors, actuators, and control algorithms

Module #14
HVAC System Commissioning and Testing
Commissioning and testing procedures for HVAC systems, including troubleshooting and balancing

Module #15
Sustainable and Energy-Efficient Design
Design considerations for sustainable and energy-efficient HVAC systems, including LEED and Energy Star guidelines

Module #16
HVAC System Retrofit and Upgrades
Retrofit and upgrade strategies for existing HVAC systems, including energy efficiency improvements and system modernization

Module #17
HVAC System Safety and Code Compliance
Design considerations for HVAC system safety, code compliance, and regulatory requirements

Module #18
Computational Fluid Dynamics (CFD) for HVAC Design
Application of CFD for HVAC system design, simulation, and optimization

Module #19
Building Information Modeling (BIM) for HVAC Design
Application of BIM for HVAC system design, coordination, and clash detection

Module #20
Acoustical Design for HVAC Systems
Design considerations for acoustical performance, noise reduction, and sound management

Module #21
Vibration Analysis and Isolation
Vibration analysis and isolation design considerations for HVAC equipment and piping systems

Module #22
HVAC System Design for Mission Critical Facilities
Design considerations for mission critical facilities, including data centers, laboratories, and healthcare facilities

Module #23
HVAC System Design for High-Rise Buildings
Design considerations for high-rise buildings, including stack effect, wind loading, and pressure differential considerations

Module #24
Course Wrap-Up & Conclusion
Planning next steps in Advanced HVAC System Design career

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Advanced HVAC System Design ( 24 Modules )

Advanced HVAC System Design
( 24 Modules )