PROFESSIONAL TRAINING

Infrared Thermography CAT II

Hazardous materials incidents pose serious risks to safety, the environment, and business reputation. Our NFPA-based training equips your team with proven systems to respond effectively and strengthen corporate preparedness.

Advanced
English, Español, Français
15+ Modules
40 Hours
A realistic indigo handheld thermal-imaging camera aimed at a closed industrial motor, with its screen showing a simple recognisable thermal silhouette of the same motor in deep blue, cyan and one restrained amber warm zone.

Course Overview

Infrared Thermography CAT II develops the measurement and interpretation skills needed for more informed thermographic inspections. The course builds on foundational thermography knowledge, connecting camera setup and temperature measurement with the assessment of electrical, mechanical, and building systems. Participants examine how inspection conditions and measurement corrections influence the quality of thermal information.

The program addresses emissivity, reflected temperature, thermal patterns, inspection planning, image analysis, and reporting. Its focus is on collecting meaningful information, interpreting it in the equipment's operating context, and communicating clear findings. Participants also consider safe inspection arrangements and the role of documented procedures, supporting a consistent approach to thermography within an asset condition-monitoring program.

Learning Objectives

By the end of the course, participants will be able to:

  • Select camera settings appropriate to a defined thermographic inspection.
  • Explain how emissivity and reflected temperature affect temperature measurement.
  • Apply relevant measurement corrections when assessing thermal information.
  • Interpret thermal patterns in the context of equipment operation and inspection conditions.
  • Organize inspection activities around asset priorities and approved safety arrangements.
  • Compare thermal images and records to assess equipment condition over time.
  • Prepare inspection findings with clear observations, supporting images, and prioritized recommendations.

Practical Application

Apply the learning to strengthen the consistency and usefulness of thermal inspection information.

  • Consistent inspection records: Document camera settings, operating conditions, and measurement considerations so results can be meaningfully reviewed.
  • Informed condition assessment: Connect thermal observations with the equipment's function and available operating information before recommending action.
  • Clear maintenance communication: Present thermal findings in reports that help engineering and maintenance teams understand priorities and plan suitable follow-up.
In Person Cohorts
Virtual Instructor Led Sessions
Inhouse Private Sessions
Course Incudes
  • 15 Modules
  • 4 Assessments
  • Recorded Session Access
  • Pre-Course Assessment
  • Post-Course Assessment
  • Course Completion Certificate
  • Project Validation Certificate
Who should Attend?
  • Maintenance Engineer
  • Reliability Engineer
  • Electrical Engineer
  • Mechanical Engineer
  • Condition Monitoring Technician
  • Maintenance Manager
  • Facility Manager
  • Plant Engineer
  • Maintenance Supervisor
  • Predictive Maintenance Specialist

Your Learning Journey

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