Comfort Control and Airflow Measurement

CONTENT TYPE

3D ILV, Interactive Modules

DURATION

2.5 Hours

TARGET AUDIENCE

Technician

COURSE DELIVERY

Web-based

Four-step microlearning process icons with captions: Learn, Assess, Evaluate, Implement – fast-track your trade skills with microlearning

About the Course:

The “Comfort Control and Airflow Measurement” microcredential offers a focused deep-dive into two critical areas of HVAC systems: temperature regulation and airflow optimization. Students will explore both mechanical and electronic thermostat technologies, including their components, advantages, limitations, and best installation practices. The course also introduces airflow measurement tools and procedures such as using a manometers, balometers, velometers, anemometer and psychrometric data to perform accurate system balancing.  

Learning Objectives:

Course will be delivered via LMS and comes with realistic 3D demonstrations.

Workforce Development

Male engineer in a yellow hard hat inspecting industrial piping connected to a large blue tank on a rooftop. Online HVAC training.

At ImmerseLearn, we believe in building a future-ready workforce. This microcredential equips technicians with specialized knowledge and hands-on skills that directly translate into workplace competency. By focusing on real-world applications, this course enhances technical precision, boosts job-readiness, and supports career advancement in HVAC systems management. 

Learn how to identify and troubleshoot thermostat-related issues and airflow imbalances using industry-standard tools like manometers, balometers, velometers, and anemometer.

Develop fluency in both mechanical and electronic temperature controls, ensuring accurate installation, calibration, and operation to meet system requirements.

Apply proper placement strategies for thermostats and execute airflow balancing procedures that maximize energy efficiency and occupant comfort.

Understand environmental considerations, such as the correct disposal of mercury thermostats, and adopt sustainable HVAC practices.