Cetim Academy

With more than 450 experts and a strong network of partners, Cetim is your sole point of contact  and promote the wealth of human resources within your company. Cetim Academy courses are designed to meet the training  needs of all your staff wherever you are based and aims to impart deep engineering, latest technology and innovations to the various industries to help companies and individuals upgrade and keep up with the fast pace of technological advancement. The participants will acquire both theoretical knowledge as well as practical experience with abundance of real-life case studies specially selected for the particular course attended.
 
With Cetim Academy, we train in the present and the future!
Industry 4.0 brings about profound changes at all levels of the company. The identification of talent, the digitalization of knowledge management and the support of all employees have become, more than ever, the key factors for a successful transformation.
 
Trainees can be assured of the quality of the trainings offered as our experts are qualified with valuable industry experience, most of them are actively participating in various committees in codes and standards, research and development projects.

Choose Your Training

Virtual Learning

Together with technology expanding, modern training approach to the future and it allows all the professionals to benefit the convenient of virtual learning. With Cetim – Matcor, we bring our professional trainers to this platform to share knowledge.

Classroom Training

Classroom training is the most traditional and widely used training method and it will not completely replace. It gives personal interaction during the training together with hand-on training on the programs. Group interaction enhance learning.

NTU - Cetim Training

PaCE@NTU, Centre for Professional and Continuing Education, collaborates with Cetim-Matcor as a professional industrial training partner through the exchange of distinctive knowledge. This partnership brings a unique range of advanced training programs, conducted either in the classroom or in virtual learning mode.

Training Schedule

RefProgramsScheduleTime (GMT+8)Early BirdClosing Date
K72Virtual Learning
Threaded Assemblies: Essential Design Rules
14th – 18th February 2022 (Mon-Fri)15:00 – 18:30 (GMT+8) Singapore / 08:00 – 11:30 (GMT+1) Paris18th January 20221st February 2022
FA03Virtual Learning
Design Process for Metal Additive Manufacturing
28th Feb – 4th Mar 202215:00 – 17:00 (GMT+8) Singapore / 08:00 – 10:00 (GMT+1) Paris1st February 202215th February 2022
WG10Virtual Learning
Innovate on your products: Understand and implement an eco-design approach
8th – 11th March 2022 (4Days)15:00 – 18:30 (GMT+8) Singapore / 08:00 – 11:30 (GMT+2) Paris9th February 202223rd February 2022
M48Virtual Learning
Fatigue Analysis from Finite Element Calculations
8th – 11th March 202215:00 – 18:00 SGT / 08:h00 – 11:00 Paris8th February 202222nd February 2022
CL01Virtual Learning
Crane Design in accordance with EN 13001 series of standards
21st – 25th March 202214:00 – 18:00 (GMT+8) Singapore / 07:00 – 11:00 (GMT+2) Paris22nd Feb 20224th Mar 2022
RDM02Virtual Learning
Material Resistance and Sizing Level 2
5th – 8th April 202214h30 – 17h30 (GMT+8) Singapore / 08h30 – 11h30 (GMT+2) Paris9th March 202223rd March 2022
MTS17Classroom Training
Introduction to Vibration Study and Its Effects
11th May 202209:00 – 17:00 (GMT+8) Singapore31st March 202224th April 2022
CM01Virtual Learning
Calculation for Mechanic : Basic Notion
9th – 13th May 202215:30 – 18:30 (GMT+8) Singapore / 08:30 – 11:30 (GMT+2) Paris12th April 202226th April 2022
MTS18Classroom Training
Vibration Studies & Its Measurement & Control
1st & 2nd June 202209:00 – 17:00 (GMT+8) Singapore21st April 20225th May 2022
MTS06Classroom Training
Failure Analysis of Mechanical Power Transmission Components
7th – 8th June 202208:30 – 17:30 (GMT+8) Singapore4th May 202217th May 2022
MTS07Classroom Training
Gears – From Design to Implementation
5th & 6th July 202208:30 – 17:30 (GMT+8) Singapore24th May 20227th June 2022
FA01Virtual Learning
Additive Manufacturing Processes for Polymer and Metal Applications
26th – 29th July 202214h30 – 16h30 (GMT+8) Singapore / 08h30 – 10h30 (GMT+2) Paris29th June 202213th July 2022
FA03Virtual Learning
Design Process for Metal Additive Manufacturing
5th – 9th September 202215:00 – 17:00 (GMT+8) Singapore / 09:00 – 11:00 (GMT+1) Paris8th August 202223rd August 2022
CM01Virtual Learning
Calculation for Mechanic : Basic Notion
19th – 23rd September 202214:30 – 17:30 (GMT+8) Singapore / 08:30 – 11:30 (GMT+2) Paris23rd August 20226th September 2022
WG10Virtual Learning
Innovate on your products: Understand and implement an eco-design approach
13th – 16th September 2022 (4Days)14:00 – 17:30 (GMT+8) Singapore / 08:00 – 11:30 (GMT+2) Paris16th August 202230th August 2022
M48Virtual Learning
Fatigue Analysis from Finite Element Calculations
13th – 16th Sept 202215:00 – 18:00 SGT / 09:00 – 12:00 Paris16th August 202230th August 2022
MTS17Classroom Training
Introduction to Vibration Study and Its Effects
5th October 202209:00 – 17:00 (GMT+8) Singapore25th September 20228th September 2022
RDM01Virtual Learning
Material Resistance and Sizing Level
4th – 7th Oct & 10th-13th Oct 202215:30 – 18:30 (GMT+8) Singapore / 08:30 – 11:30 (GMT+2) Paris7th September 202221st September 2022
RDM02Virtual Learning
Material Resistance and Sizing Level 2
4th – 7th October 202214h30 – 17h30 (GMT+8) Singapore / 08h30 – 11h30 (GMT+2) Paris7th September 202221st September 2022
K72Virtual Learning
Threaded Assemblies: Essential Design Rules
10th – 14th October 202214:30 – 18:00 (GMT+8) Singapore / 08:30 – 12:00 (GMT+1) Paris13th September 202227th September 2022
MTS08Classroom Training
Gear Tribology and Associated Failures
11th & 12th October 202208:30 – 17:30 (GMT+8) Singapore30th August 202213th September 2022
L67Virtual Learning
Tight Bolted Joints using EN 1591 Design Method
18th – 20th October 202215:30 – 18:30 (GMT+8) Singapore / 08:30 – 11:30 (GMT+2) Paris21st September 20225th October 2022
MTS18Classroom Training
Vibration Studies & Its Measurement & Control
2nd & 3rd November 202209:00 – 17:00 (GMT+8) Singapore22nd October 20226th October 2022
CL01Virtual Learning
Crane Design in accordance with EN 13001 series of standards
14th – 18th November 202214:00 – 18:00 (GMT+8) Singapore / 07:00 – 11:00 (GMT+2) Paris18th Oct 202228th October 2022
L70Virtual Learning
Sealing of Flanged Joints
15th – 17th November 202215:30 – 18:30 (GMT+8) Singapore / 08:30 – 11:30 (GMT+2) Paris19th October 20222nd November 2022
MTS01Classroom Training
Failure Analysis and Forensic Investigation
13th – 14th December 202208:30 – 17:30 (GMT+8) Singapore1st November 202215th November 2022
MTS05Virtual Learning
API RP 580 / 581 – Risk-based inspection (RBI) &
Antea Palladio RBI software
Customized courseCustomized courseCustomized courseCustomized course
K72Virtual Learning
Threaded Assemblies: Essential Design Rules
Close for registration
TBATBATBATBA
CL01Classroom Training
Crane Design in accordance with EN 13001 series of standards
Close for registration
TBATBATBATBA
MTS17Classroom Training
Introduction to Vibration Study and Its Effects
Close for registration
TBATBATBATBA
FA 89Virtual Learning
Additive Manufacturing: Qualification
TBATBATBATBA
MTS18Classroom Training
Vibration Studies & Its Measurement & Control
Close for Registration
TBATBATBATBA
MTS01Classroom Training
Failure Analysis and Forensic Investigation
Close for Registration
TBATBATBATBA
RDM01Virtual Learning
Material Resistance and Sizing Level
Close for Registration
TBATBATBATBA
FA01Virtual Learning
Additive Manufacturing Processes for Polymer and Metal Applications
Close for Registration
TBATBATBATBA
T47BVirtual Learning
Welded Assembly Dimensioning
TBATBATBATBA
T55Virtual Learning
Analysis of failures in welded assemblies
TBATBATBATBA
T47BVirtual Learning
Welded Assembly Dimensioning
TBATBATBATBA
T55Virtual Learning
Analysis of failures in welded assemblies
TBATBATBATBA
ADE03
Virtual Learning
Threaded Assembly Failure Analysis
TBATBATBATBA
ADE03
Virtual Learning
Threaded Assembly Failure Analysis
TBATBATBATBA