Introduction Video

Inspection & Quality Control

Hybrid course on GD&T, gauge design, and quality inspection with hands-on training at AMTDC, IITM Research Park.




Inspection & Quality Control

Hybrid course on GD&T, gauge design, and quality inspection with hands-on training at AMTDC, IITM Research Park.

  • ₹ 7080.00
  • 10 Enrolled
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  • Description

    This hybrid course (online with practical hands-on at AMTDC, IITM Research Park) develops key skills required for the Quality Assurance Department in automotive and mass-production industries. It covers engineering drawing interpretation, GD&T understanding and measurement, gauge design for industrial components, and analysis of quality rejections through practical, industry-based learning.

    Course Details

    Course Details

    This Hybrid Course on Inspection & Quality Control is meticulously designed to equip students and practicing engineers with industry-relevant skills essential for the Quality Assurance (QA) functions in automotive and mass-production industries. The course blends 30 hours of online learning with 10 hours of practical hands-on sessions at the Advanced Manufacturing Technology Development Centre (AMTDC), IITM Research Park, Chennai – 600113, providing real-world exposure to inspection and quality control processes.

    It offers in-depth coverage of Geometric Dimensioning & Tolerancing (GD&T), engineering drawing interpretation, 7 QC tools, and industrial gauge design using live manufacturing examples. Learners develop both theoretical knowledge and applied competence aligned with modern manufacturing standards.

    Course Modules

    Module 1 – GD&T Fundamentals: Introduction, rules, and application of GD&T; form tolerances – flatness, straightness, circularity, and cylindricity; snap-gauge design for 8 mm shaft OD.
    Module 2 – Orientation & Location Tolerances: Orientation, profile, position, run-out, concentricity, and symmetry tolerances with practical applications.
    Module 3 – Engineering Drawing & GD&T Practice: Interpretation of drawings, limits & fits, surface-finish symbols, and 20 industrial examples including valve, housing, shaft, washer, and adapter.
    Module 4 – Quality Tools (7 QC Tools): Cause-and-effect diagram, Pareto chart, control charts, scatter diagram, histogram, stratification, check sheets, and case studies.
    Module 5 – Plug Gauge Design: Concept, design steps, and 5–6 examples such as valve body ID, bearing bore Ø35 mm, coupling hole Ø50 mm, piston pin bore, and adapter recess depth; validation and assessment.
    Module 6 – Snap Gauge Design: Design for 8 mm OD, 37 mm width, 65 mm OD, 110 mm height, 12 mm groove diameter, 2 mm groove width; inspection methodology.
    Module 7 – Flush Pin Gauge Design: Design for measuring component, groove, and thread depths; dial-type gauge for interior hole depth.
    Module 8 – Advanced Gauge Design & Final Assessment: Design of flush-pin gauges for groove-depth position and height between unmeasurable or obstructed faces; final industrial assessment and project.
    Module 9 – Tolerance Stack-Up & Mechanical Assembly Applications: Application of tolerance stack-up in real mechanical assemblies with live examples at AMTDC, IITM Research Park, Chennai.

    Duration & Effort

    Total Duration: 40 Hours (30Hours Online + 10Hours Practical at AMTDC) | 9 Weeks | Effort: 4 – 6 hours per week.

    Course Access Period: 6 Months (from the date of enrollment)

    Learning Outcomes

    By the end of this course, learners will be able to:

    1. Interpret engineering drawings and apply Geometric Dimensioning & Tolerancing (GD&T) principles for effective inspection and quality verification of manufactured components.

    2. Design, analyze, and validate industrial gauges, including plug gauges, snap gauges, and flush pin gauges, for accurate dimensional inspection.

    3. Apply the 7 Quality Control (QC) tools to analyze manufacturing data, identify trends, and reduce defects and rejections.

    4. Conduct root cause analysis using structured quality methodologies and implement Corrective and Preventive Actions (CAPA) to improve process performance.

    5. Plan and execute inspection processes, including in-process and final inspection, in accordance with industrial quality standards.

    6. Prepare professional inspection and quality reports, including measurement records, analysis summaries, and corrective action documentation.

    7. Demonstrate practical understanding of Quality Assurance (QA) systems and inspection practices followed in automotive and mass-production industries.

    Duration

    • 8 Weeks (Online with exercises and assignments) + Optional Add-ON One Week (Hands-ON Practical Training at AMTDC, IITM Research Park, Chennai)
    • Minimum Effort: 2 hours per day
    • Option to include Part Programming and AMTDC Hands-on Practical Training as additional modules
    • Course Access Period: 6 Months (from the date of enrollment)

    Eligibility

    This program is ideal for:

    Certification

    A Joint Certification will be awarded by Kriatec Services and AMTDC, IITM Research Park, upon successful completion.

    Participant Profile

    Ideal for B.E./B.Tech and M.E./M.Tech students in Mechanical, Production, Manufacturing, Mechatronics, Automotive, or Aeronautical Engineering, and for Polytechnic/Diploma students in related technical fields.

    Registration Process

    Register → Update Profile → Click Enroll Now → Make Payment → Receive access confirmation via email. Prior registration is mandatory.

  • A Virtual tour about this course

Skill Level : Beginners
Duration : 9 Weeks
Effort : 4 to 6 Hours / Day
Price : ₹ 7080.00 ₹ 7080.00
You Save : ₹ 0.00
Language : English
Batch : Start : 02 Mar, 2026
End : 04 May, 2026
Registration : Start : 30 Dec, 2025
Close: 02 Mar, 2026
Timing Slots :
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4000+ Professionals Trained Across India & Abroad Learners from top engineering backgrounds have upskilled through LEARNEW’s hands-on, application-focused courses in GD&T, Fixture Design, NPD, and more.

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Bilingual Access: Courses offered in both English and தமிழ் (Tamil) to support technical understanding across diverse learner profiles.

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