Training Courses
Upon your request, Cetim Matcor provides tailor-made courses adapted to your training needs and requirements. Our trainers will help to define your objectives and set clear evaluation criteria, using the most effective teaching methods.
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Failure of components or sometimes the entire structure often pose significant impact and threats to safety, economic and even to environmental issues. A detailed understanding and analysis of the causes is usually deemed as basic requirement in order to prevent similar failures from recurring in the future.
The training provides some of the fundamentals and practical approach of forensic investigation, the various modes and causes of failures to better understand the macro and micro aspects of engineering components.
- Methodology
- 25-26 May 2026,
- Singapore
A vision into the appearance and fundamental causes of gear and bearing failure modes. This training provides gear and bearings users with the necessary skills to examine, assess and recognize common gear and bearing failure modes.
- Product Performance
- 10-11 June 2026,
- Singapore
Mechanical Power Transmission is a very dynamic field of activity with various applications ranging from the chain on a bicycle, the gearbox on a wind turbine, or the drive train of an automobile. Understand the causes of failures of components like shaft, gears and bearings, help to better avoid them. For this reason, the implement of an appropriate corrective actions using a structured failure analysis approach is very important.
- Product Performance
- 3-5 November 2026,
- Singapore
ASME and API codes are commonly referred to for the design, fabrication, inspection, and testing of pressurized equipment. Failure and damage mechanisms during service are however generally not addressed in these codes. Understanding and determining the causes of failure or degradation is essential when conducting a general inspection, fitness-for-service (FFS) assessment or risk-based-inspection (RBI) of an equipment or plant.
As determination of the cause of failures/degradation can be quite complex due to widely varying material/environmental condition interactions in most plants, API Recommended Practice 571 was published to provide information and general guidelines to assist inspection personnel and engineers in identifying likely causes of damage, as well as to introduce the concepts of service-induced deterioration and failure modes.
While API 571 does serve its purpose well, this training course aims to provide participants with deeper understanding of the failure/damage mechanisms through case studies, comprehensive presentation of metallurgical/scientific evidence and explanation of the fundamentals behind the respective mechanisms. The course also introduces the concepts of metallurgical failure analysis, which would help participants on diagnosing failure and damage mechanisms.
- Methodology
- 24-25 June 2026,
- Singapore
The main objective of this introductory training is to provide the basic handling and understanding of the KISSsoft software and its user interface teaching participants on the data entry and the calculation possibilities of shafts and bearings in order to operate and apply the software correctly and efficiently in the design process. The training focuses on rolling bearings as this group is the one that is most commonly used.
- Product Performance
- 7-8 July 2026,
- Singapore
Mechanical vibration refers to the oscillating motion of an object about a reference position. It is a result of dynamic forces in machines which have moving parts. It is often a destructive and annoying side effect of a useful process or intended operation. Vibration disturbances occur in machines and intricate electronic equipment, if left unattended, will increase product downtime, system maintenance and warranty costs and reduce user satisfaction. It is therefore essential for product designers, equipment manufacturers or system operators to understand the vibration phenomenon, the sources of vibration and to be able to reduce or isolate the unwanted vibration occurs in these machines.
- Material Expertise
- 23-24 July 2026,
- Singapore
Despite efforts to improve the reliability of polymers and polymer composites, failures may occur due to manufacturing defects, inappropriate use of the materials and/or ageing due to environmental degradation. Good failure investigation skills gather pieces of information based on different characterization techniques that complement one other and use them to the benefits of hypothesizing possible failures, segregating irrelevant causes, and concluding the root cause of failure.
This training introduces the fundamental principles of failure analysis, the methodologies applied in expertise, and the tools required to understand failures and propose solutions to improve the final quality of parts.
- Material Expertise
- 1-4 September 2026 (4 hours each day),
- Online
Master the scientific basis and the essential rules of crane design, in accordance with EN 13001 series of standards (with equivalent ISO standards)
- Product Performance
- 5 – 9 October 2026,
- Online
Failure of components or sometimes the entire structure often pose significant impact and threats to safety, economic and even to environmental issues. A detailed understanding and analysis of the causes is usually deemed as basic requirement in order to prevent similar failures from recurring in the future.
The training provides some of the fundamentals and practical approach of forensic investigation, the various modes and causes of failures to better understand the macro and micro aspects of engineering components.
- Methodology
- 6-7 October 2026,
- Singapore
Steel, has been the most preeminent of all materials since it can provide wide range of properties that can meet ever changing requirements. This training provides both fundamental and technical information related to steels, including steelmaking, microstructure and phase transformation, their properties and applications.
- Material Expertise
- 28 October 2026,
- Singapore