Advanced HVAC Systems Design
( 25 Modules )

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

Module #2
HVAC System Fundamentals Review
Review of HVAC system components, psychrometrics, and thermodynamics

Module #3
Load Calculation and Building Simulation
Load calculation methods, building simulation software, and energy analysis

Module #4
HVAC System Selection and Design Considerations
System selection criteria, design considerations, and building type-specific requirements

Module #5
Air-Side Economization and Free Cooling
Air-side economization, free cooling, and heat recovery strategies

Module #6
Water-Side Economization and Heat Recovery
Water-side economization, heat recovery systems, and condenser water system optimization

Module #7
High-Performance Chiller Systems
Chiller types, selection, and configuration for high-performance systems

Module #8
Air Handling Unit (AHU) Design and Selection
AHU design, selection, and configuration for high-performance systems

Module #9
Duct Design and Calculations
Duct design principles, calculations, and optimization techniques

Module #10
Piping System Design and Hydronics
Piping system design, hydronics, and pipe sizing calculations

Module #11
Fan and Pump Selection and Configuration
Fan and pump selection, configuration, and control strategies

Module #12
Control Systems and Building Automation
Control systems, building automation, and DDC controller programming

Module #13
HVAC System Commissioning and Testing
Commissioning and testing procedures, documentation, and quality control

Module #14
Energy Efficiency and Sustainability
Energy efficiency strategies, sustainability, and green building design

Module #15
Indoor Air Quality (IAQ) and Ventilation Design
IAQ considerations, ventilation design, and air filtration strategies

Module #16
Acoustic Design and Noise Control
Acoustic design principles, noise control strategies, and sound attenuation techniques

Module #17
Vibration Isolation and Seismic Design
Vibration isolation principles, seismic design considerations, and equipment selection

Module #18
HVAC System Maintenance and Operations
Maintenance and operations best practices, troubleshooting, and preventive maintenance

Module #19
Commercial and Industrial HVAC Applications
HVAC system design for commercial and industrial facilities, including hospitals, data centers, and laboratories

Module #20
Residential and Light Commercial HVAC Applications
HVAC system design for residential and light commercial buildings, including multi-family dwellings and small offices

Module #21
HVAC System Integration with Other Building Systems
HVAC system integration with electrical, plumbing, and fire protection systems

Module #22
Building Information Modeling (BIM) for HVAC Design
BIM for HVAC design, including software and implementation best practices

Module #23
HVAC System Design for High-Rise Buildings
HVAC system design considerations for high-rise buildings, including stack effect and wind loads

Module #24
HVAC System Design for Historic and Landmark Buildings
HVAC system design considerations for historic and landmark buildings, including preservation and restoration

Module #25
Course Wrap-Up & Conclusion
Planning next steps in Advanced HVAC Systems Design career

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Advanced HVAC Systems Design ( 25 Modules )

Advanced HVAC Systems Design
( 25 Modules )