Ice Air
Simplifying Decarbonization
AIA continuing education

This course is registered with the AIA/CES for continuing professional education.

Credits:

1 LU
To earn AIA/CES credit, please watch the presentation and take the quiz. You should score 70% or better to earn credit.

ASPE

This course is registered with the ASPE for continuing professional education.

Credits:
0.1 CEU/PHD (one educational hour)
Provider:
Ice Air
Course#:
ICE9086

Simplifying Decarbonization
Single Packaged Heat Pumps

Course Description

This comprehensive course provides HVAC professionals with in-depth training on single packaged heat pump systems, covering design, operation, and maintenance across various applications. It emphasizes energy efficiency, comfort, and code compliance while exploring core technologies, refrigerant cycles, airflow management, and advanced features. Participants gain the skills needed to select, install, commission, and troubleshoot these systems for reliable and sustainable performance.

Learning Objectives

  1. You will be able to explain heat pump system fundamentals: identify key components and describe the heating and cooling cycle.
  2. You will be able to analyze system performance: calculate balance points, measure/adjust airflow and capacity, and evaluate energy efficiency.
  3. You will learn to select and apply systems: choose appropriate packaged units for different building types and operating conditions.
  4. Understand how to install and maintain systems: apply best practices for placement, piping, airflow integrity, wiring, and code compliance.
  5. You will learn to operate and troubleshoot systems: sequence-of-operations and diagnose issues with airflow, refrigerant charge, controls, electrical faults, and defrost cycles.

Presenters

Tamer Bou Matar

Tamer Bou Matar
Sr. Sales Engineer, Ice Air

Tamer is responsible for supporting the design and specification process with engineers, architects and energy consultants.
• Design and specification support
• Rebate and energy code compliance
• Coordinating equipment operation and performance details