Replacing Burner Nozzle
About the Course:
This microcredential provides HVAC technicians with hands-on training to service one of the most critical components in an oil furnace the burner nozzle. Through guided, step-by-step practice, learners develop the ability to identify nozzle-related performance issues and carry out safe, accurate replacements.
The training focuses on real-world scenarios, helping technicians understand how proper nozzle selection and installation directly impact fuel efficiency, combustion quality, and overall system reliability. By the end of the course, learners gain practical confidence in maintaining oil-fired heating systems while reducing downtime and preventing common service errors.
Advance your HVAC skills beyond burner nozzle replacement. Explore the full HVAC Technician program to build expertise in diagnostics, repair, and installation.
Learning Objectives:
- Identify symptoms of a faulty or clogged burner nozzle, including poor combustion or smoke
- Safely shut down and isolate the oil furnace before servicing
- Inspect burner components and assess nozzle condition
- Remove and handle burner nozzles using proper tools and safety practices
- Select the correct replacement nozzle based on system specifications
- Install and align the new nozzle accurately
- Reassemble the burner assembly and restore system operation
- Verify proper combustion and furnace performance after replacement
Course delivered via LMS and requires an Oculus VR headset for hands-on VR simulations.

Workforce Development

At ImmerseLearn, we equip HVAC technicians with hands-on, job-ready skills for servicing oil heating systems. This microcredential strengthens combustion system knowledge, safety practices, and component replacement accuracy through immersive VR training.
New to HVAC? Start with the Certified HVAC Training program to build foundational skills.
How this course strengthens workforce skills:
By completing this microcredential, HVAC technicians will build the confidence and technical skills needed to replace burner nozzles safely, optimize combustion performance, and restore efficient operation in oil furnace systems.

