Geometric Dimension And Tolerance (GD&T) with AI Assisted

INTRODUCTION

Modern manufacturing requires precise communication between product design, manufacturing operations, and quality assurance teams. Traditional dimensioning methods based solely on ± tolerances often create ambiguity in engineering drawings, resulted in misinterpretation, inconsistent manufacturing outcomes, and unnecessary production costs. Geometric Dimensioning and Tolerancing (GD&T) provides a standardised engineering language that clearly defines allowable geometric variation while ensuring that parts function correctly within assemblies.

GD&T is widely applied in industries such as automotive manufacturing, aerospace engineering, semiconductor equipment production, and precision mechanical engineering. By defining geometric controls such as flatness, perpendicularity, position, profile, and runout, GD&T enables engineers to communicate design intent more clearly while maintaining part interchangeability and assembly reliability. In modern Industry 4.0 manufacturing environments,

Artificial Intelligence (AI) is increasingly used to support engineering decision‑making. AI tools can assist in interpreting engineering drawings, analysing tolerance variations, detecting manufacturing deviations, and supporting automated inspection systems such as Coordinate Measuring Machines (CMM) and machine vision inspection platforms.

This two‑day training program integrates GD&T fundamentals with practical manufacturing applications while introducing AI‑assisted engineering analysis. Participants will learn how GD&T supports machining, assembly alignment, inspection planning, and data‑driven quality improvement within modern manufacturing environments.

LEARNING OUTCOMES

Upon completion of this 2-day workshop, participants will be able to: –

√  Explain the principles and purpose of Geometric Dimensioning and Tolerancing.

√ Interpret GD&T symbols and feature control frames used in engineering drawings.

√ Understand the concept and application of datum reference systems.

√ Identify and apply form tolerances such as straightness, flatness, circularity, and cylindricity.

√ Interpret orientation tolerances including parallelism, perpendicularity, and angularity.

√ Analyse location tolerances such as position, concentricity, and symmetry.

√ Understand profile tolerances and their application in controlling complex surfaces.

√ Interpret runout and total runout tolerances used in rotating components.

√ Improve communication between design, manufacturing, and inspection teams through standardised GD&T practices.

√ Apply GD&T principles to improve product quality and manufacturing consistency.

√ Recognise the role of AI technologies in tolerance analysis and manufacturing quality improvement.

WHO SHOULD ATTEND?

This course is suitable for design engineers, manufacturing engineers, quality engineers, production supervisors, inspectors, technicians, and professionals involved in engineering drawing interpretation. It is particularly beneficial for personnel working in manufacturing industries where precision components and accurate dimensional control are essential for product performance and quality.

COURSE BENEFITS

Participants will gain the ability to interpret GD&T symbols accurately and understand the design intent behind engineering drawings. This knowledge helps reduce manufacturing errors, improve product quality, and enhance communication between engineering, production, and inspection teams. Organisations benefit through improved efficiency, reduced rework, and better compliance with international engineering standards.

TRAINING METHODOLOGY

The programme adopts an interactive and practical learning approach that combines instructor-led presentations, engineering drawing interpretation exercises, real industrial examples, and group discussions. Participants will engage in hands-on problem-solving activities that reinforce GD&T concepts and improve their ability to interpret and apply geometric tolerancing in real workplace scenarios.

TRAINING DURATION

Full 2 day training (9:00 am – 5:00 pm)

HRD CORP REGISTERED PROGRAM ID NOS

10001690840

PUBLIC PROGRAM COURSE FEE

Single Registration – RM 1,480.00 nett per participant

Group Registration – RM 1,110.00 nett per participant

(Minimum 4 participants from the same organisation)

(The fee covers training materials, supplementary notes, a detailed training report with assessment and a Certificate of Completion)

IN-HOUSE TRAINING ENQUIRY

For more information regarding our In-House/ Public Program courses, please email us your inquiry at [email protected]
or to speak to our Sales Consultant at + 604- 297 6881 or 011-1289 6881.

For public program schedules, please visit our website: www.progresslink.com.my

Register with us today! Training fees are eligible for claims under the HRD Corp Claimable Courses scheme.

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