Basic Geometric Dimensioning & Tolerancing (Basic GD&T)
Introduction
This course is designed for learners who have limited knowledge in the subject area. It covers basic knowledge and identification of interpretation of engineering drawing comprising geometrical dimensioning & tolerancing (GD&T).
Course Description
This course is designed for learners who have limited or no prior knowledge in the subject area. The course covers basic knowledge & identification of interpretation of engineering drawing, symbols and some modifiers.
Course Objectives
Learners will be able to acquire basic interpretation & understanding of engineering drawing comprising of Geometric Dimensioning & Tolerancing.
Course Outline
1. Introduction to GD&T
2. Introduction to drawing interpretation
3. Understand General Dimensioning & Tolerances
4. Understand Symbology
5. Interpret datum
6. Understand Tolerances of Form
7. Understand Tolerances of Orientation
8. Understand Tolerances of Location
9. Understand Tolerances of Runout
10. Understand Tolerances of Profile
11. Exercise & Assessment
Duration
2 days (9am to 5pm daily)
Who Should Attend
Mechanical Engineers and Designers
Quality Control and Assurance Personnel
Manufacturing Engineers
Machinists and Technicians
Inspectors and Toolmakers
Anyone involved in interpreting or creating engineering drawings
Course Fees per pax
S$ 1000.00
Award of Certificate
Upon completion of the course, you will receive a certificate of attendance.
Intermediate Geometric Dimensioning & Tolerancing (Int. GD&T)
Introduction
This course is designed for learners who have basic knowledge in GD&T. It covers from basic knowledge and applications at a more complex level of geometrical dimensioning & tolerancing (GD&T)Describe your program here.
Learning Objective
Learners will be able to have a progressive basic understanding of the principles and methods to a deeper
knowledge and applications at a more complex level of GD&T.
Duration
3 days (9am to 5pm daily)
Who Should Attend
Mechanical Engineers and Designers
Quality Control and Assurance Personnel
Manufacturing Engineers
Machinists and Technicians
Inspectors and Toolmakers
Anyone involved in interpreting or creating engineering drawings
Course Fees per pax
S$ 1500.00
Course Outline
1. Introduction to GD&T
2. Scope, Definition and General Dimensioning
3. Understand General Tolerances & Related Principles
4. Understand Symbology
5. Interpret datum
6. Understand Tolerances of Form
7. Understand Tolerances of Orientation
8. Understand Tolerances of Location
9. Understand Tolerances of Runout
10. Understand Tolerances of Profile
11. Case Studies and Gauging Design Concept exercise.
Award of Certificate
Upon completion of the course, you will receive a certificate of attendance.
Advanced Geometric Dimensioning & Tolerancing (Adv. GD&T)
Introduction
This course is designed for experienced practitioners who wish to deepen their skills in the specialized area. The course covers complex and specialized topics.
Learning Objective
Learners will be able to acquire a detailed understanding in order to translate knowledge and application at a more complex level of GD&T
Duration
3 days (9am to 5pm daily)
Who Should Attend
Mechanical Engineers and Designers
Quality Control and Assurance Personnel
Manufacturing Engineers
Machinists and Technicians
Inspectors and Toolmakers
Anyone involved in interpreting or creating engineering drawings
Course Fees per pax
S$ 1500.00
Course Outline
1. Introduction to GD&T
2. Scope, Definition and General Dimensioning
3. Understand Tolerances of Location
4. Understand Composite Position Tolerance
5. Understand Position of Coaxiality Control
6. Case Studies
7. Design exercise.
Award of Certificate
Upon completion of the course, you will receive a certificate of attendance.
Design Tolerance Stack Analysis (DTSA)
Introduction
This course is designed for experienced practitioners with deep knowledge in GD&T and want to deepen their skills
in the specialized area of tolerance stack.
Learning Objective
Learners will be able to further advance their skills, knowledge & application of GD&T which involves Design
Tolerance Stack-Up analysis and calculation using worst-case analysis method to evaluate the accumulation effect
of parts & assembly requirements. These skills and knowledge are vital in the Product Realization, Measurement,
Analysis and Improvement and in the Quality Management System consisting of Product Requirements, DFMEA,
Mechanical Fit & Mechanical Performance Requirements and Acceptance Criteria to prevent part & Assembly
failure and to improve manufacturing efficiency.
Duration
3 days (9am to 5pm daily)
Who Should Attend
Mechanical Engineers and Designers
Quality Control and Assurance Personnel
Manufacturing Engineers
Machinists and Technicians
Inspectors and Toolmakers
Anyone involved in interpreting or creating engineering drawings
Course Fees per pax
S$ 1500.00
Course Outline
Introduction
Understand Tolerance Analysis
Understand Types of Tolerance Stack
Understand Overcoming Tolerance Stack
Understand Design Tolerance Analysis and Calculation
Apply Tolerance Stack-Up Analysis and Calculation with GD&T
Tolerance Stack-Up exercises and case studies
Award of Certificate
Upon completion of the course, you will receive a certificate of attendance.
Applied Reliability Engineering
Introduction
This course will provide participants with the knowledge and skills required for systematic understanding of reliability engineering concept with industry applications. The course covers the fundamental reliability concept and methodology to improve product reliability and system maintainability.
Learning Objective
- Gain fundamental knowledge of reliability engineering and
maintainability concept
- Ability to acquire the skills of applying the concept in practical
application
- Increase awareness of methodology to improve product reliability and
equipment system maintainability
Duration
2 days (9am to 5pm daily)
Who Should Attend
Management, Professionals, Quality Assurance, Process Engineering,
Maintenance, Research and Development Personnel who are involved in
product and process design, quality assurance and maintenance activities.
Course Fees per pax
S$ 510.00
Course Contents
Day 1
1. An overview of quality and reliability and its interrelationship
2. Role of the reliability function in product and process life cycle development
3. Product safety, failure consequence and liability management
4. Reliability program management
5. Basic probability and statistical concepts
6. Basic Statistical Process Control (SPC) as foundation of quality and reliability
7. MTBF, MTTF, terms, computation and interpretation
Day 2
8. Failure rates and the bathtub model
9. Reliability modelling
10. Reliability predictions using Weibull
11. Product reliability qualification
12. Reliability testing and physics of failure
13. Failure analysis tools and techniques
14. Maintenance and availability
Award of Certificate
Upon completion of the course, you will receive a certificate of attendance.
Calibration
Introduction
This course will provide participants with the knowledge and skills required for identifying, organising and controlling calibration activities carried out for Inspection, Measuring and Test Equipment.
Learning Objective
• Gain fundamental knowledge of calibration system
• Ability to acquire the skills of interpreting the output of calibration
• Equipped with guidance related to measurement uncertainty
Duration
2 days (9am to 5pm daily)
Who Should Attend
Management, Professionals, Quality Control, Quality Assurance, Technical and
Engineering Personnel who are involved in managing testing and calibration
activities.
Course Fees per pax
S$ 510.00
Course Contents
Day 1
1. Understand ISO9001 and ISO/IEC 17025
2. Scope of application of calibration system
3. Management requirements of ISO/IEC 17025
4. Technical requirements of ISO/IEC 17025
5. Need for reliable measurement
6. Metrological classification
7. Measurement of data and statistics
8. The characteristics of statistical data
Day 2
9. Risk associated with statistical decision making
10. Measurement error
11. Precision and accuracy
12. International measurement systems and measurement standard
13. Measurement uncertainty
14. Random uncertainty
15. Estimation of systematic uncertainty
16. Overall uncertainty
17. Guide to the expression of uncertainty of measurement
Award of Certificate
Upon completion of the course, you will receive a certificate of attendance.
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