Infrared Thermography Certifications
ASNT Certifications From SLV
This Course meets all Level ASNT-SNT-TC-1A recommendations for thermal / infrared testing, as established by the American Society for Non-Destructive Testing (ASNT).
Participants who successfully completing all training course requirements will receive ASNT Level I Infrared Thermography Certification or ASNT Level II Infrared Thermography Certification
This infrared training course focuses on strengthening and improving Infrared skills for condition monitoring and predictive maintenance applications. It will also strengthen their knowledge about the subject and provide excellent base to those who in due course look forward to acquire ASNT Level III certification. All lectures will be taken by our principle Level III Krisna Putra Irawan ( ASNT 322673 ).
Course Objectives
The Level II course purpose is to ensure that participants are competent to operate their equipment and take thermograms that are suitable for analysing, for whatever the required purpose; including guidance on analysis of images, producing reports, and understanding the limitations and possibilities of thermography.
Course Structure
The Level II course is a 80 hour delivery,
Blended
10 Hari Online
2 Hari Offline
Schedule
• 12 – 25 Januari 2026
• 06 – 19 April 2026
• 06 – 19 Juli 2026
• 07 – 20 September 2026
Course Fee
Diskon 50%Rp. 15.000.000,-
Rp. 7.500.000,-
Course Benefits
Introduction to thermal imaging and measurement systems for predictive maintenance applications.
Collect quality data, accurate temperature readings, and account for measurement effects such as distance and emissivity using infrared cameras.
Interpret thermographs and make informed decisions using heat transfer concepts to analyze thermal images, and see the latest in infrared inspection report generation and database software.
Avoid costly mistakes – learn to distinguish between hot spots and reflections, direct vs. indirect readings and qualitative vs. quantitative thermography.
Infrared Thermography ASNT Level I Course
• Introduction
• Infrared Thermography Applications Overview
• Basic Camera Setup and Operation
• Thermal Science Fundamentals
• Heat Transfer
• Fundamental of Infrared Science
• Thermal Measurement
• Electrical Applications
• Thermography Safety
• Mechanical Applications
• Building Applications
• Review
• Final Exam
Infrared Thermography ASNT Level II Course
• General overview of the use of Infrared Thermography
• General principles of thermography
• Intermediate Thermal/Infrared Physics
• Matter, Energy, Heat and Temperature
• Basic atomic structure
• States of matter
• Bonding of molecules
• Forms of energy
• Definitions and basic explanation
• The Kinetic Molecular Theory
• Three Modes of Heat Transfer
• Conduction
• Thermal resistance
• Transient conduction: concepts & calculations
• Convection
• Newton ’s Law of Cooling
• Concepts & calculations
• Real world applications
• Radiation
• Stephan-Boltzman formula
• Concepts & calculations
• Real world applications
• The Infrared Spectrum
• Planks Law / curves
• Spectral Emittance of Real Surfaces
• Semitransparent Windows and Filters
• Radiosity Principles
• Blackbodies – theory /concepts
• Emissivity concepts
• Specular and diffuse emitters
• Lambertian emitters – angular sensitivity – effects of emittance errors
• Emissivity calculations
• Reflection Concepts
• Quantifying effects of reflection
• Theoretical corrections
• Transmittance Concepts
• Quantifying partial transmittance
• Theoretical corrections
• Relevant defects and examples
• Active and passive thermography
• Apparent and real temperature differences
• Surface properties (Emissivity, Reflectivity, Transmissivity)
• Component geometry
• Mass transfer
• Energy conversion
• Influence of a planar defect on heat flow
• Influence of emissivity
• Overview of equipment requirements
• Thermal imaging cameras
• Data viewing and analysis systems
• Field of view / image resolution
• Environment
• Data acquisition, manipulation and viewing
• Limitations of pulsed-thermography
• Indications (geomteric, surface, material properties, layered materials)
• Lock-in thermography
• FOV , IFOV and IMFOV
• Measurements & calculations
• NETD, MRTD, MDTD
• SRF (Square Response Function Test)
• Level II Thermal / Infrared Operations
• Infrared Measurement Quantification
• Simple measurements
• Performance of Emissivity testing
• Special Equipment for “Active” Techniques
• Hot or cold fluid energy sources
• Heat lamp / flash lamp
• Reports and Documentation
• Level II Thermal / Infrared Applications
• Temperature Measurement Applications: Temperature over time
• Energy Loss Applications
• Mass-transfer heat exchange
• (air or other flows into or out of a system)
• Active Applications
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