Introduction to Pyrometry AMS2750

 

Date(s):
Tuesday to Thursday,
16 to 18 September 2025

Tuesday to Thursday,
11 to 13 November 2025		 Register:
Request for registration form from training@aais.org.sg 
Time:
9am – 5pm (UTC +8)		 Closing Date:
One week before course date.
Venue:
Virtual instructor-led training (VILT) WebEx / Zoom
(access link and course material will be sent to attendee before the course start)		 Fees:
AAIS Member: US$1,359/pax
Public: US$1,399/pax
(Organisations/Participants are required to cover for any bank charges and withholding tax that may be incurred.)
About the Course:
Introduction to Pyrometry is designed to explain the pyrometry requirements for heat treatment in aerospace based on AMS2750. This covers the detailed requirements for temperature sensors, instrumentation and instrument calibrations, furnace classifications, system accuracy tests, and temperature uniformity surveys.

– Demonstrate a thorough understanding of pyrometric controls applicable to heat treatment
– Discuss the application of pyrometric controls within the typical heat treatment facility
– Explain the intent and interpretation of AMS2750
Who Should Attend?
Any person who is involved in pyrometry, especially those responsible for managing or testing heat treatment equipment, will benefit from this course.

NOTE: It is recommended that participants bring a copy of the AMS2750 to class for reference.
Course Content:
  • Overview of AMS 2750, associated requirements, and what a heat treater will need to consider and implement to ensure compliance.
  • Basic temperature sensors (thermocouples), applications for sensors, considerations for the working environment, sensor verification and using sensors effectively.
  • Instrument requirements to include standard instruments, test instruments, controlling/monitoring/recording instruments, how heat treat furnaces are identified for furnace class and instrumentation type, and more.
  • How to conduct System Accuracy Tests (SAT) using pictorial furnace examples, calculating SAT results, SAT frequency, SAT waivers, and records/reports, and more.
  • When a Temperature Uniformity Survey (TUS) is required, test temperatures, how to conduct the TUS using pictorial furnace examples, how to use the results, TUS failures, use of offsets, retort furnaces, requirements for the TUS report.

This course is guaranteed to align with the PRI Qualification Body of Knowledge and is therefore appropriate to help you prepare to take an assessment. All Bodies of Knowledge are free to download, click here for more information.
About the Instructor:

Mr Arnoldo Castilla, eQuaLearn Instructor, PRI
Arnoldo has been an eQuaLearn instructor with PRI since 2009. He had conducted training on topics that include AS/EN/JISQ 9100, Internal Auditing, Root Cause and Corrective Action, Introduction to Aerospace Quality, Problem Solving Tools, Nadcap Audit Preparation – Heat Treating and Introduction to Pyrometry etc.

Arnoldo obtained his education in Mechanical-Electrical Engineering with a major in Electronics. He has more than 25 years of practical base knowledge and experience in the Manufacturing of Aerospace, Automotive and Medical Products. He is a Quality Professional with more than 23 years of expertise in implementing Quality and Environmental Management Systems, Special Processes and Regulatory Requirements to support manufacturing practices.
*Note: Course commencement is subject to minimum class size requirements.
Jointly Organised By: