Cetim - Matcor Partnership
Nanyang Technological University partners with Cetim-Matcor to provide advanced engineering courses and professional development for the workforce to meet future challenges.
NTU is one of the most renowned universities, ranked 4th in the world in engineering. The university has always been a bench mark in terms of professional courses, providing the most advanced programs to develop high value-added, capital and knowledge-intensive industries.
We are proud to collaborate with NTU and to embark together on important priorities for industries. This initiative will launch training programs in new and emerging fields while remaining competitive and increasing the technological capabilities of industries.
Our NTU-Cetim programs are recognized and eligible for the Skills Future grant.
Gears Failures and Tribology of Gears
Understand gear failures and tribology of gears to avoid disruptions to operations. Implement appropriate corrective actions using…
11th – 12th April 2023
Corrosion Engineering
Although corrosion is regarded as nature’s way of converting a refined metal to a more stable form, its impact on the economy has been significantly devastating…
25th – 26th April 2023
Forensic Engineering Investigation
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…
16th – 17th May 2023
The fundamentals of plastic gears
The plastic gears are continuing to displace metal gears in a widening arena of applications
6th June 2023
Gear wear & damage recognition. Introduction to the new ISO 10825
A vision into the appearance and fundamental causes of gear failure modes. This training provides gear manufacturers and users with the necessary skills to examine, assess and recognize common gear failure modes.
14th June 2023
Gears – Definition, Manufacturing, Control and Implementation
Discover the key elements needed to achieve quality gears and be more efficient in your discussions with experts
18th – 19th July 2023
Rolling Bearings, Damage and Failure recognition. Introduction to the new ISO 15243
A vision into the appearance and fundamental causes of rolling bearings failure modes. This training provides bearings users with the necessary skills to examine, assess and recognize common bearing failure modes.
26th July 2023
Steel materials – The fundamentals
Steel, has been the most preeminent of all materials since it can provide wide range of properties that can meet ever changing requirements
2nd August 2023
Corrosion Engineering
Although corrosion is regarded as nature’s way of converting a refined metal to a more stable form, its impact on the economy has been significantly devastating…
24th – 25th October 2023
Forensic Engineering Investigation
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…
25th – 26th October 2023
The fundamentals of plastic gears
The plastic gears are continuing to displace metal gears in a widening arena of applications
1st November 2023
Failure Analysis of Shafts, Gears and Bearings
Understand the causes of failures of power transmission components (shaft, gears and bearings) to better avoid them. Implement appropriate corrective actions using…
14th – 16th November 2023
Rolling Bearings, Damage and Failure recognition. Introduction to the new ISO 15243
A vision into the appearance and fundamental causes of rolling bearings failure modes. This training provides bearings users with the necessary skills to examine, assess and recognize common bearing failure modes.
6th December 2023
Gear wear & damage recognition. Introduction to the new ISO 10825
A vision into the appearance and fundamental causes of gear failure modes. This training provides gear manufacturers and users with the necessary skills to examine, assess and recognize common gear failure modes.
13th December 2023
Gear Failures and Tribology of Gears
Understand gear failures and tribology of gears to avoid disruptions to operations. Implement appropriate corrective actions using…
TBA
Failure and Damage Mechanisms of Pressurized Equipment
ASME and API codes are commonly referred to for the design, fabrication, inspection, and testing of pressurized equipment. Failure and damage mechanisms during…
TBA
Gears – Definition, Manufacturing, Control and Implementation
Discover the key elements needed to achieve quality gears and be more efficient in your discussions with experts
TBA
Failure and Damage Mechanisms of Pressurized Equipment
ASME and API codes are commonly referred to for the design, fabrication, inspection, and testing of pressurized equipment. Failure and damage mechanisms during…
TBA
Steel materials – The fundamentals
Steel, has been the most preeminent of all materials since it can provide wide range of properties that can meet ever changing requirements
TBA
Failure Analysis of Shafts, Gears and Bearings
Understand the causes of failures of power transmission components (shaft, gears and bearings) to better avoid them. Implement appropriate corrective actions using…
TBA