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Proposal |

1. Executive Summary

SSA Techknowlogies (P) Ltd. (Here after referred as SSA Tech) has been associated with ACG group since 3

years for providing Consulting to various Businesses. Mr.Sumit Waghmare of Pam Glatt Pharma Technologies

(Hereafter called as Pam Glatt ) approached SSA Tech for Workshop on Geometric Dimensioning & Tolerance

on 1st April & 2nd April to 15 people from Engineering Team. Based on the requirement, SSA Tech is

submitting this proposal.

On 19th March, Mr.Upadhyay of Pam Glatt spoke to Ms.Mamatha of SSA Tech. He mentioned that there would

be requirement for other sessions for which Pam Glatt would like to associate with SSA Tech.

Based on these discussions, pricing is revised. All the revised clauses are in red.

Based on the telecon of 21 st March, with Mr.Upadhyay of Pam Glatt, SSA tech is revising the pricing

.Mr.Upadhyay mentioned that they are looking for another Six Sessions to enhance the competency of

Engineering team in the coming year. Based on these discussions, pricing is revised. All the revised clauses are

in blue.

2. Pam Glatt Pharma Training Requirements as understood by SSA Tech

Geometric Dimensioning & Tolerance

3. Program Content & Learning Outcome

S.No. Module Content Learning Outcome

1 Concept of Interchangeability

History of Interchangeability of PartsExplain the need for Interchangeable parts18

th Century Gunsmith example

Example of GD&T in WWII

2 Introduction to GD&T

1. Need for GD&T

Explain the need for GD&Tconcepts

Define Part Geometry

Communication of Part Design

Variation in Parts

3 Dimensioning, Limits,Fits & Tolerances

2. Dimensioning

Analyze the type of fit, compute

the different tolerances and

interchange them as required,

compare the different grades of

tolerances and select the best for

designing the product.

3. Limits, Fits & Tolerances

3.1. Tolerances

Unilateral Tolerances

Bilateral Tolerances

3.2. Limits

3.3. Allowance

3.4. Fits

Hole Basis System

Shaft Basis System

Types of Fit

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S.No. Module Content Learning Outcome

Clearance

Interference

Transition

4. Tolerance Terminology

Basic Hole Terminology

Grades of Tolerances

Fundamental Deviations

4 Tolerancing Methods

Types of Tolerancing Methods

Analyze the different tolerancing

methods and use them to design

parts which will not cause

tolerance to stack up

Base-Line Method

Chain Method

Direct Method (Combination)

5Geometric

Dimensioning &Tolerancing

5. Geometric Dimensioning & Tolerancing

Compare ISO and ASME

standards and utilize the best fit

for their requirements

Definition

Function

Co-ordinate Tolerancing System 'VS' GD&T

6. Introduction to GD&T Standards (ISO vs ASME)

6

GeometricDimensioning &

TolerancingCharacteristics &

Rules

7. Modifiers

Utilize the rules of GD&T to

prepare part drawings and

design parts. Interpret the

inspection techniques for

different tolerances

MMC

LMC

Projected Tolerance Zone

Tangent Plane

Diameter

Radius

Controlled Radius

Reference

RFS (Regardless of Feature Size)

Inspection method for Modifiers

8. Virtual Conditions(Maximum Material Condition) MMC, Rules

of (Least Material Condition) LMC, Rules of

(Regardless of Feature Size) RFS, Rules of

7Datums, Reference

frames and Types of Tolerances

9. DatumsUse the reference frames to

design and inspect components

and apply them to assess

different Tolerances. Interpret the

inspection techniques for

different tolerances

Symbols

Datum Features

Datum Reference Frame

Primary, Secondary, Tertiary Datums

10. Types of Tolerances

Dimensional Tolerance

Form Tolerance

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S.No. Module Content Learning Outcome

Position Tolerance

Profile Tolerance

Combination Tolerance

8 ToleranceCharacteristics

11. Form Tolerance

Analyze the different Tolerance

Characteristics and Utilize them

for Designing , Inspection etc

Flatness

Straightness

Roundness/Circularity

Cylindricity

Inspection for Form Tolerances

12. Orientation Tolerances

Perpendicularity

Angularity

Parallelism

Inspection for Orientation Tolerances13. Location Tolerance

Position

Concentricity

Symmetry

Inspection for Location Tolerances

14. Profile Tolerance

Profile of a Line

Profile of a Surface

Inspection for Profile Tolerances

15. Runout

Circular Runout

Total Runout

Inspection for Runout

4. Methodology of the Training