Certified Level 2 Infrared Thermography Course

- Certified Level 1 Infrared Thermography
- Equipped with basic English competency
Application procedures
All applications are to be submitted (with full documentation) via email (enquiry@atts-asia.com) at least 7 working days prior to course commencing date. Successful applicants will receive the course confirmation and payment advisory email. Registration is only confirmed upon full payment of course fees.
- Master a higher level of thermal camera operations for predictive and preventive maintenance.
- Learn to collect quality data, achieve accurate temperature readings, and account for measurement effects.
- Acquire the skills to interpret thermograms and utilize heat transfer concepts for analysing thermal images.
- Build proficiency to differentiate between hot spots and reflections to avoid costly errors.
- Understand the nuances between Direct and Indirect readings.
- Grasp the differences between Qualitative and Quantitative Thermography.
- Engage in field study and lab diagnostics that closely replicate real-world infrared applications.
Certification
Official Level-2 Infrared Thermographer Certificate
- Level 1 Thermographers
- Electrical Contractors
- Building & Pest Inspectors
- Energy Auditors
- Plant Maintenance Personnel
- Research and Development Professionals
- Safety Managers
In-depth Thermal Principles & Camera Knowledge
- Introduction & Level-1 Recap
- What Makes a Good Thermographer
- Advanced Understanding of Camera Specifications
- Infrared Detectors – Focal Plane Array
- Midwave vs Longwave Cameras
- Minimum Resolvable Temperature Difference (MRTD)
- Noise Equivalent Temperature Difference (NETD)
- Instantaneous Field of View (IFOV) Calculation
- Advanced Infrared Techniques for Condition Monitoring
Advanced Thermal Science
- Thermal Heat Resistance
- Thermal Heat Capacitance of Materials
- Specific Heat Considerations
- Temperature Effects of Varying Viewing Angles
- Emissivity & the Cavity Effect
- Emissivity Versus Target Temperature
- Wavelength Calculations: Planck’s Law, Wien’s Law
Hands-on Practicals & Outdoor Inspections
- Advanced Indoor Practical Experiments
- Testing Theoretical with Applied Knowledge
- Slit Response Function (SRF) Experiments
- Understanding Camera Calibration
- Emissivity & Calibration
- Emissivity & Reflectivity Corrections
Examination, Advanced Analysis & Graduation
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- Delta-T and Our Specifications-based Technique
- Real World Analysis – Electrical Industry Case Studies
- Industry Standards & Compliance
- Expert-led Q&A Discussion & Network with Experienced Thermographers
Course duration
04 Days
Assessment
Written Questioning & Written Assessment