Introduction:

This training program is designed to provide participants with a comprehensive understanding of the principles, design, and maintenance of HVAC systems. It empowers them to enhance system reliability, ensure regulatory compliance, and improve energy efficiency.

Program Objectives:

At the end of this program, participants will be able to:

Explore the fundamental principles of HVAC systems.
Design efficient air conditioning and refrigeration systems.
Perform routine maintenance and troubleshooting of HVAC systems.
Implement energy-saving techniques and practices.
Ensure compliance with relevant standards and regulations.

Targeted Audience:

HVAC Engineers.
Maintenance Technicians.
Facility Managers.
Energy Managers.
HVAC System Designers.

Program Outline:

Unit 1:

Fundamentals of HVAC Systems:

Overview of HVAC principles and components.
Types of HVAC systems and their applications.
Thermodynamics and heat transfer in HVAC systems.
Understanding psychrometrics and air properties.
Basic calculations and sizing of HVAC equipment.

Unit 2:

Air Conditioning Systems:

Types of air conditioning systems: central, split, and packaged.
Components of air conditioning systems: compressors, condensers, evaporators, and expansion devices.
Principles of refrigeration cycles and refrigerants.
Techniques for installation and commissioning of air conditioning systems.

Unit 3:

Refrigeration Systems:

Basics of refrigeration and cooling cycles.
Types of refrigeration systems: mechanical, absorption, and evaporative.
Components of refrigeration systems: compressors, condensers, evaporators, and expansion valves.
Common refrigerants and their environmental impact.

Unit 4:

HVAC System Design:

Load calculation and system sizing.
Ductwork design and air distribution.
Selection of HVAC equipment.
Integration of HVAC systems in building design.

Unit 5:

Installation and Commissioning:

Best practices for HVAC system installation.
Commissioning procedures and checklists.
Balancing air and water systems.
Testing and adjusting HVAC systems.

Unit 6:

Controls and Automation:

Introduction to HVAC control systems.
Types of HVAC controls: thermostats, sensors, and actuators.
Building Management Systems (BMS) and their role in HVAC.
Programming and configuring HVAC controls.

Unit 7:

Maintenance and Troubleshooting:

Routine maintenance practices for HVAC systems.
Diagnostic tools and techniques for troubleshooting.
Common issues in HVAC systems and their solutions.
Predictive maintenance and condition monitoring.

Unit 8:

Energy Efficiency and Sustainability:

Energy-saving techniques for HVAC systems.
How to design considerations for energy-efficient HVAC systems.
Methods of implementing green building practices in HVAC design.
Renewable energy integration with HVAC systems.

Unit 9:

Indoor Air Quality (IAQ):

Importance of indoor air quality in HVAC design.
Sources and control of indoor air pollutants.
Ventilation strategies for improved IAQ.
Filtration and air cleaning technologies.

Unit 10:

Regulatory Compliance and Standards:

Overview of HVAC industry standards and codes.
Compliance requirements for HVAC systems.
Health and safety regulations in HVAC design and operation.
Environmental regulations and refrigerant management.

HVAC Air Conditioning and Refrigeration