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GUJARAT TECHNOLOGICAL UNIVERSITY Shantilal Shah Engineering College, Bhavnagar

Production Engineering Department 7th Production Engineering - Lesson Planning Subject: Operation Research (New Syllabus)

Unit

No. Topic

Teaching

Hours

Faculty

Member

1

Operations Research:

Origin of Operation Research, Historical Standpoint,

Methodology, Different Phases, Characteristics, Scope and

Application of Operations Research.

02 Dr. HST

2

Linear Programming Problem:

Introduction, Requirement of LP, Basic Assumptions,

Formulation of LP, General Statement of LP, Solution

techniques of LP: Graphical Methods, Analytical

Methods: Simplex, Big M and Two Phase, Sensitivity

Analysis, Primal and Dual Problems, Economic

Interpretation.

08 Dr. HST

3

Transportation and Assignment: Transportation Problems definition, Linear form, Solution

methods: North west corner method, least cost method, Vogel’s

approximation method. Degeneracy in transportation, Modified

Distribution method, Unbalanced problems and profit

maximization problems. Transshipment Problems. Assignment

Problems and Travelling sales man Problem.

06 Dr. HST

4

Queuing Theory:

Basis of Queuing theory, elements of queuing theory, Kendall’s Notation, Operating characteristics of a queuing system, Classification of Queuing models, Preliminary examples of

M/M/1:∞/FCFA

05 Dr. HST

5

Inventory Control:

Inventory classification, Different cost associated to Inventory,

Economic order quantity, Inventory models with deterministic

demands, ABC analysis.

04 Dr. HST

6

Replacement theory:

Introduction, Replacement of capital equipment which depreciated

with time, replacement by alternative equipment, Group and

individual replacement policy.

03 Dr. HST

7

Game Theory:

Introduction, Characteristics of Game Theory, Two Person, Zero

sum games, Pure strategy. Dominance theory, Mixed strategies (2x2,

mx2), Algebraic and graphical methods. .

04 Prof. DJD

8

Decision Theory:

Introduction, Decision under certainty, Decision under risk,

Decision under uncertainty: Laplace criterion, MaxiMin criterion,

MiniMax criterion, savage MiniMax regret criterion, hurwicz

criterion, Decision tree.

04 Prof. DJD

9

Project Management: Introduction to PERT and CPM, critical Path calculation, float

calculation and its importance. Cost reduction by Crashing of activity. 06 Prof. DJD

Total Hours 42

Reference Books:

1. Operation Research By J. K. Sharma

2. Operations Research: An Introduction by Hamdy Taha, Pearson

3. Operations Research by A M Natarajan, P Balasubramani, A Tamilarasi, Pearson

Education Inc

4. Operations Research by P Mariappan, Pearson

5. Operations Research by H N wagner, Prentice hall.

6. Optimization in Operations Research by Ronald Rardin, Pearson Education Inc.

7. Operations Research by R. Paneerselvam, Prentice Hall of India Pvt. Ltd.

8. Quantitative Techniques in Management by N D Vohra, Tata McGraw-Hill

Staff Member H.O.D. Dr. H S Trivedi Dr. A V Gohil Prof. D J Desai

GUJARAT TECHNOLOGICAL UNIVERSITY Shantilal Shah Engineering College, Bhavnagar

Production Engineering Department 7th Production Engineering – List of Tutorials Subject: Operation Research (New Syllabus)

List of Tutorials:

1. Exercise on definition, formulation of linear programing problems.

2. Exercise on Graphical solution of linear programing problems

3. Exercise and case problems on Simplex, Big M and Two phase LP Problems

4. Exercise and case problems on Dual and Primal LP Problems

5. Exercise and case problems on Sensitivity Analysis

6. Exercise and case problems on Transportation and Transhipment Problems.

7. Exercise and case problems on Assignment and Travelling sales man Problems

8. Exercise and case problems on Queuing theory

9. Exercise and case problems on Game theory

10. Exercise on Inventory model

11. Exercise on Replacement Theory

12. Exercise and case problems on PERT/CPM

Reference Books: 1. Operation Research By J. K. Sharma

2. Operations Research: An Introduction by Hamdy Taha, Pearson

3. Operations Research by A M Natarajan, P Balasubramani, A Tamilarasi, Pearson

Education Inc

4. Operations Research by P Mariappan, Pearson

5. Operations Research by H N wagner, Prentice hall.

6. Optimization in Operations Research by Ronald Rardin, Pearson Education Inc.

7. Operations Research by R. Paneerselvam, Prentice Hall of India Pvt. Ltd.

8. Quantitative Techniques in Management by N D Vohra, Tata McGraw-Hill

Staff Member H.O.D. Dr. H S Trivedi Dr. A V Gohil Prof. D J Desai

Subject: Computer Aided Manufacturing (2171903)

LIST OF EXPERIMENTS

1. Study of Computer Integrated System

2. Study of NC Technology

3. Study of CNC Part Programming

4. Simulation of CNC Lathe operation (Facing cycle)

5. Simulation of CNC Lathe operation (Turning and step turning cycle)

6. Simulation of CNC Lathe operation (Threading and grooving cycle)

7. Simulation of CNC milling operation (Linear and circular interpolation)

8. Problems on Group Technology and Industrial case problems on coding

9. Problems on Computer aided part programming and Industrial case

problems

10. Study of Flexible Manufacturing system

11. Study of Robotics Technology

12. Problems on MRP-I, MRP-II

SHANTILAL SHAH ENGINEERING COLLEGE

Department of Production Engineering

LECTURE PLAN & LAB/TUTORIAL PLAN

Course Code : 2171903 Year/Semester

:

BE- IV, Year/ 7th

Semester

Course Name : Computer Aided

Manufacturing

Academic Year

:

2018/ ODD

L –T- P : 3-0-2 Credit : 5

Course Detail : Theory and Practical Term Start

Date :

18/06/2018

Course Coordinator : Prof. K. P. Patel Term End

Date :

17/10/2018

Team of Instructors : - Class Test 1 : 01/08/2018

Faculty Name: Prof. K. P. Patel

Prof. T.S. Vala

Class Test 2 : 03/09/2018

Mid Term

Exam :

-

SHANTILAL SHAH ENGINEERING COLLEGE, BHAVNAGAR


Lesson Plan

Academic Year : 2018 Sem. : 7th Division-A

Name of Teacher : Prof. K.P.Patel, Name of Department : Production Engineering

Subject : Computer Aided Manufacturing Hrs./Week : 3

Theory/Tutorial : Theory Days : Monday, Tuesday, Wednesday

Sr.

No. Name of Unit/Topics

Hrs.

Allotted

Planned

Date

Actual

Date

Teaching

Aid Code Remark

1 Unit 1: Introduction 3

A CAM Concepts, Objectives & scope, Nature &

Type of manufacturing system, Evolution 1

18/6/2018

B Benefits of CAM, Role of management in CAM,

Concepts of Computer Integrated Manufacturing 1

19/6/2018

C Impact of CIM on personnel, Role of

manufacturing engineers, CIM Wheel to

understand basic functions

1 20/6/2018

2 Unit 2: NC/CNC Machine Tools 7

A NC and CNC Technology: Types, Classification,

Specification and components 1

25/6/2018

B Construction Details, Controllers, Sensors and

Actuators 1

26/6/2018

C CNC hardware: Re circulating ball screw, anti-

friction slides, step/servo motors. 1

27/6/2018

D Axis designation, NC/CNC tooling. 1 2/7/2018

E Fundamentals programming, Types of format 1 3/7/2018

F Part Programming for drilling 1 4/7/2018

G Part Programming for lathe and milling machine 1 9/7/2018

H Do loops and canned cycles in part programming 1 10/7/2018

I

Subroutines and parametric sub routines in Part

Programming 1

11/7/2018

3 Unit 3: Group Technology and CAPP

6

A Introduction, part families 1 16/7/2018

B part classification and coding systems: OPITZ,

PFA, FFA 1

17/7/2018

C Cell design, rank order clustering, 1 18/7/2018

D Composite part concepts, Benefits of group

technology 1

23/7/2018

E Approaches to Process Planning, Different CAPP

system 1

24/7/2018

F Application and benefits of CAPP 1 25/7/2018

4 Unit:4 Flexible Manufacturing System

7

A Introduction & Component of FMS 1 30/7/2018

B Needs of FMS, general FMS consideration,

Objectives, Types of flexibility and FMS 1

31/7/2018

C FMS lay out and advantages. Automated material

handling system: Types and Application 1

6/8/2018

D Automated Storage and Retrieval System,

Automated Guided Vehicles 1

7/8/2018

E Cellular manufacturing, Tool Management 1 8/8/2018

F Tool supply system, Tool Monitoring System 1 13/8/2018

G Flexible Fixturing, Flexible Assembly Systems 1 14/8/2018

5 Unit :5 Robot Technology

7

A Introduction: Robot Anatomy, Laws of Robot 1 20/8/2018

B Human System and Robotics, Coordinate system,

Specifications of Robot 1

21/8/2018

C Power sources, actuators and Transducers, Robotic

Sensors, Grippers 1

22/8/2018

D Robot Safety, Robot Programming and Robot

Applications 1

27/8/2018

E Economic Considerations of Robotics system,

Robot Kinematics and Dynamics 1

28/8/2018

F Robot Arm Dynamics. Concepts of Computer

Vision 1

29/8/2018

G Concepts of Machine Intelligence 1 4/9/2018

6 Unit: 6 Integrated Production Management

System

7

A Introduction, PPC fundamentals 1 5/9/2018

B Problems of PPC, MRP-I 1 10/9/2018

C Problems of MRP-II 1 11/9/2018

D Just in Time philosophy 1 12/9/2018

E JIT & GT applied to FMS 1 17/9/2018

F Concepts of Expert System in Manufacturing 1 18/9/2018

G Management Information System 1 19/9/2018

7 Unit:7 Programmable Logic Controllers

2

A Relay Device components, Programmable

controller architecture 1

24/9/2018

B Programming a programmable controller, tools for

PLC logic design.

1 25/9/2018

SHANTILAL SHAH ENGINEERING COLLEGE, BHAVNAGAR


Lesson Plan

Academic Year : 2018 Sem. : 7th Division-B

Name of Teacher : Prof. K.P.Patel, Prof. T.S. Vala Name of Department : Production Engineering

Subject : Computer Aided Manufacturing Hrs./Week : 3

Theory/Tutorial : Theory Days : Monday, Tuesday, Wednesday

Sr.

No. Name of Unit/Topics

Hrs.

Allotted

Planned

Date

Actual

Date

Teaching

Aid Code Remark

1 Unit 1: Introduction 3

A CAM Concepts, Objectives & scope, Nature &

Type of manufacturing system, Evolution 1

18/6/2018

B Benefits of CAM, Role of management in CAM,

Concepts of Computer Integrated Manufacturing 1

19/6/2018

C Impact of CIM on personnel, Role of

manufacturing engineers, CIM Wheel to

understand basic functions

1 20/6/2018

2 Unit 2: NC/CNC Machine Tools 7

A NC and CNC Technology: Types, Classification,

Specification and components 1

25/6/2018

B Construction Details, Controllers, Sensors and

Actuators 1

26/6/2018

C CNC hardware: Re circulating ball screw, anti-

friction slides, step/servo motors. 1

27/6/2018

D Axis designation, NC/CNC tooling. 1 2/7/2018

E Fundamentals programming, Types of format 1 3/7/2018

F Part Programming for drilling 1 4/7/2018

G Part Programming for lathe and milling machine 1 9/7/2018

H Do loops and canned cycles in part programming 1 10/7/2018

I

Subroutines and parametric sub routines in Part

Programming 1

11/7/2018

3 Unit 3: Group Technology and CAPP

6

A Introduction, part families 1 16/7/2018

B part classification and coding systems: OPITZ,

PFA, FFA 1

17/7/2018

C Cell design, rank order clustering, 1 18/7/2018

D Composite part concepts, Benefits of group

technology 1

23/7/2018

E Approaches to Process Planning, Different CAPP

system 1

24/7/2018

F Application and benefits of CAPP 1 25/7/2018

4 Unit:4 Flexible Manufacturing System

7

A Introduction & Component of FMS 1 30/7/2018

B Needs of FMS, general FMS consideration,

Objectives, Types of flexibility and FMS 1

31/7/2018

C FMS lay out and advantages. Automated material

handling system: Types and Application 1

6/8/2018

D Automated Storage and Retrieval System,

Automated Guided Vehicles 1

7/8/2018

E Cellular manufacturing, Tool Management 1 8/8/2018

F Tool supply system, Tool Monitoring System 1 13/8/2018

Reference Books:

1. Computer Aided Manufacturing by Tien Chien Chang, Pearson Education

2. Automation, Production Systems and Computer Integrated Manufacturing by Mikell P Groover, Pearson

Education

3. Robotics Technology and Flexible Automation, by S R Deb, S Deb, McGraw Hill Education Private

Limited.

4. Flexible Manufacturing Cells and System -William. W. Luggen Hall, England Cliffs, Newjersy 5. Ibrahim Zied, CAD / CAM: Theory and Practice, McGraw-Hill

6. CAD/CAM and automation by Haidary

G Flexible Fixturing, Flexible Assembly Systems 1 14/8/2018

5 Unit :5 Robot Technology

7

A Introduction: Robot Anatomy, Laws of Robot 1 20/8/2018

B Human System and Robotics, Coordinate system,

Specifications of Robot 1

21/8/2018

C Power sources, actuators and Transducers, Robotic

Sensors, Grippers 1

22/8/2018

D Robot Safety, Robot Programming and Robot

Applications 1

27/8/2018

E Economic Considerations of Robotics system,

Robot Kinematics and Dynamics 1

28/8/2018

F Robot Arm Dynamics. Concepts of Computer

Vision 1

29/8/2018

G Concepts of Machine Intelligence 1 4/9/2018

6 Unit: 6 Integrated Production Management

System

7

A Introduction, PPC fundamentals 1 5/9/2018

B Problems of PPC, MRP-I 1 10/9/2018

C Problems of MRP-II 1 11/9/2018

D Just in Time philosophy 1 12/9/2018

E JIT & GT applied to FMS 1 17/9/2018

F Concepts of Expert System in Manufacturing 1 18/9/2018

G Management Information System 1 19/9/2018

7 Unit:7 Programmable Logic Controllers

2

A Relay Device components, Programmable

controller architecture 1

24/9/2018

B Programming a programmable controller, tools for

PLC logic design.

1 25/9/2018

Shantilal Shah Engineering College, Bhavnagar

Production Engineering Department


Course Code : 2172502 Year/Semester : BE 4th Year/ 7th Semester

Course Name : Productivity Improvement

Methods

Academic Year : 2018/2019/ Odd

L –T- P : 3-0-2 Credit : 6

Course Detail : Theory and Practical Term Start Date : 18/06/2018

Course Coordinator : Prof. T. S. Vala Term End Date : 17/10/2018

Team of Instructors : - Class Test 1 :

Faculty Name: Class Test 2 :

Mid Term Exam :

SHANTILAL SHAH ENGINEERING COLLEGE BHAVNAGAR

Department of Mechanical Engineering

Practical Plan

Academic Year : 2018 Odd Term Sem. : 7th

Sem

Name of Teacher : Prof. T. S. Vala, Prof. Dr. M. D. Vadhvani Name of Department : Production Engineering

Subject : Productivity Improvement Methods [2172502] Hrs./Week : 2

Theory/Tutorial : Practical Days :

Sr. No. Name of Unit/Topics Hrs.

Allotted

Planned

Date

Actual

Date

Teaching

Aid Code Remarks

1. Introduction to Productivity & implement different tools

to measure productivity of any Organization.

2. To perform Flow process charts.

3. To perform Two handed Process charts.

4. To prepare String diagram.

5. To perform Multiple Activity chart.

6. To prepare Design of work place layout.

7. To calculate Standard time of given job.

8. To conduct experiment on Performance Rating: Dealing

Cards & Walking Distance.

9.

Teaching Aid Code:

Prof. T. S. Vala

Sign of Teacher Sign of H.O.D

1 O.H.P

2 L.C.D PROJECTER

3 MODEL

4 CHART

5 OTHER (VIDEO)

* Remark column should cover any slippages and remedial action planned

LESSON PLANNING, Rev. no. :00 Page no.:__of __




Course Code : 2172502 Year/Semester : BE 4th

Year/ 7th

Semester

Course Name : Productivity Improvement

Methods

Academic Year : 2018/2019/ Odd

L –T- P : 3-0-2 Credit : 6

Course Detail : Theory and Practical Term Start Date : 18/06/2018

Course Coordinator : Prof. T. S. Vala Term End Date : 17/10/2018

Team of Instructors : - Class Test 1 :

Faculty Name: Class Test 2 :

Mid Term Exam :



Lesson Plan Academic Year : 2018 Odd Term Sem. : 7th Sem

Name of Teacher : Prof. T. S. Vala, Prof. Dr. M. D. Vadhvani Name of Department : Production Engineering

Subject : Productivity Improvement Methods [2172502] Hrs./Week : 3

Theory/Tutorial : Theory

Sr.

No Topic

No. of

Hours

Planned

Date

Actual

Date

Teaching

Aid Code Remarks

1 Unit 1: Productivity Management 8

A Definition, Concept and Importance of productivity,

Difference between Production and Productivity, 1

B Tools of productivity, Reasons for low productivity, 1

C Factors that help increasing productivity 1

D Productivity index, Kinds of productivity measurement, 1

E Causes of low productivity and techniques of their

elimination, 1

F Factors affecting productivity, Technical methods to

improve productivity, 1

G Main contributors to productivity improvement, 1

H Advantages from increased productivity 1

2 Unit 2: Method Study 6

A Definition, Concept , Objectives and Procedure of method

study

1

B Process chart symbols, recording techniques like Flow

process charts,

1

C Operation, Flow and Two handed Process charts, 1

D Flow diagram, String diagram, Multiple Activity chart, 1

E Operation Analysis, Analysis of motion, Motion economy,

Design of work place layout,

1

F Therbligs, SIMO chart. 1

3 Unit 3: Work Measurement; 8

A Definition, Concept and Objectives of work measurement, 1

B Stop watch procedure for collecting time study data, 1

C Time estimating techniques like analytical estimating, 1

D Predetermine Motion Time System-PMTS 1

E Elemental Motion Time System, 1

F Basic Motion Time System, 1

G Method Time Measurement, 1

H Work factor. 1

4 Unit 4 : Ergonomics 4

A Introduction, Principles, Work system design 1

B Man-machine system, Human behavior and equipment

design 1

C Tools, Techniques and applications 1

D Effect of environment on performance of worker 1

5 Unit 5: Performance Rating, Wage Payment &

Incentive Plans 4

A Introduction, Various incentive schemes 2

B Performance Rating 2

6 Unit 6: Business Process Re-engineering (BPR). 8

A Introduction, Development of Business Process Re-engine, 1

B BPR is not for everyone, Advantages of BPR, 1

C Steps involved in BPR, Application of BPR, Training for 1

BPR, When to reengineer, Ways to fail at BPR,

D Requirements of BPR, Human Resource Engineering,

Fundamentals of BPR, 1

E Implementation methodology of BPR, Organizational re-

engineering, 1

F Organizational re-engineering process, Reengineering

values, Approach to re-engineering, 1

G Re-engineering tools, What re-engineering is not, 1

H Kinds of changes that occurs in re-engineering, succeeding 1

7 Unit 7: CONTEMPORARY ISSUES IN

PRODUCTIVITY 4

A Activities of National Productivity Council and other

organizations, Productivity Scenario and changes. 1

B Activities of National Productivity Council and other


C Activities of National Productivity Council and other


D Activities of National Productivity Council and other


Total 56

Reference Books:

1. Introduction to Work study, ILO, Oxford

2. Work Study, Khanna , Dhanpat Rai Publications

3. Total Quality Management , K.C.Arora, Katsons

4. Industrial Engineering and Management, Khana, Dhanpat Rai

5. Industrial Engineering and Management, Reddy, New Age

6. Industrial Engineering and Management , Verma,

Teaching Aid Code:

Prof. T. S. Vala

Sign of Teacher Sign of H.O.D

1 O.H.P

2 L.C.D PROJECTER

3 MODEL

4 CHART

5 OTHER (VIDEO)

* Remark column should cover any slippages and remedial action planned

LESSON PLANNING, Rev. no. :00 Page no.:__of __



B.E.SEMESTER–VII (Production)

SUBJECT CODE: 2172505

Supply Chain Management (DE-II)

Lesson Planning

Sr.

No Topic

No. of

Hours Staff

1 Introduction, Generic Types of supply chain, 1 Prof. UKC

2 Various Definitions and Implications 1 Prof. UKC

3 Major Drivers of Supply chain 1 Prof. UKC

4 Strategic Decisions in Supply Chain Management

Introduction, Customer Relationship Management Strategy, 1 Prof. UKC

5 Business Strategy, Core Competencies in Supply

Chain, Strategic SC Decisions, 1 Prof. UKC

6 Supplier Relationship Management Strategy 1 Prof. UKC

7 Case study on strategization of SCM 1 Prof. UKC

8 Sourcing in SCM- Introduction 1 Prof. UKC

9 Strategic Sourcing, A Collaborative Perspective, Development of

Partnership 1 Prof. UKC

10 Development of Partnership 1 Prof. UKC

11 Case discussion on Strategic Sourcing 1 Prof. UKC

12 Case discussion on Strategic Sourcing 1 Prof. UKC

13 Inventory Management in Supply Chain-Introduction 1 Prof. NPN

14 Types of Inventory and Supply/ Demand Uncertainties 1 Prof. NPN

15 Inventory costs, Selective Inventory Control 1 Prof. NPN

16 Vendor Management for Inventory system 1 Prof. NPN

17 Inventory Performance Measurement 1 Prof. NPN

18 Case study 1 Prof. NPN

19 Logistics In Supply Chain Management -Introduction 1 Prof. NPN

20 Strategization for Transportation Selection and Trade-offs 1 Prof. NPN

21 Vehicle-routing problem 1 Prof. UKC

22 Third Party Logistics 1 Prof. UKC

23 Overview of Indian Infrastructure for Transportation sector 1 Prof. UKC

24 Information Technology in Supply Chain

Introduction 1 Prof. UKC

25

Types of IT Solutions like Electronic Data Inter -change (EDI),

Intranet/ Extranet, Data Mining/ Data Warehousing, E-

Commerce, E-procurement, Bar Coding Technology

1 Prof. UKC

26

Types of IT Solutions like Electronic Data Inter -change (EDI),

Intranet/ Extranet, Data Mining/ Data Warehousing, E-


1 Prof. UKC

27 Information System in Supply Chain- Introduction 1 Prof. UKC

28 Computer Based Information Systems 1 Prof. NPN

29 Computer Models and Perceptions about ERP 1 Prof. NPN

30 ERP & SCM case discussion 1 Prof. NPN

31 Application of Mathematical Modeling in Supply Chain -

Introduction 1 Prof. NPN

32 Modeling, Consideration in Modeling SCM System 1 Prof. UKC

33 Structuring the Logistic chain 1 Prof. UKC

34 Structuring the Logistic chain 1 Prof. NPN

35 Reverse Supply Chain -Introduction, Reverse Supply Chain v/s

Forward Supply Chain 1 Prof. UKC

36 Types of Reverse Flows, Issues in management of Reverse

Supply Chain 1 Prof. UKC

37 Reverse Supply Chain for Food items, Reverse Logistic and

Environment Impact 1 Prof. UKC

38 Integration & Collaborative Supply Chain

Introduction 1 Prof. NPN

39 Evolution of collaborative SCM, Efficient Customer response 1 Prof. NPN

40 Collaboration at various levels, Imperatives for Successful

integrative Supply 1 Prof. NPN

41 Agile Supply Chain Introduction 1 Prof. UKC

42 Source of Variability, Characteristics of Agile Supply Chain 1 Prof. UKC

Achieving Agility in Supply Chain 1 Prof. UKC

43 Case studies 1 Prof. UKC

44 Case studies 1 Prof. UKC

Total 44

Faculty Member H.O.D.

UKC: Prof. U. K. Chhaya Dr. A. V. Gohil

NPN: Prof. N.P. Nirmal

No of lectures :6 (3 lect/Div)



B.E.SEMESTER–VII (Production)

SUBJECT CODE: 2172505

Supply Chain Management (DE-II)

Tutorials

Sr.

No Topic

1

Prepare a write up that includes following major points:

Introduction, Generic Types of supply chain, Strategic Decisions in Supply Chain

Management, Supply chain as a business strategy

2

Prepare a write up that includes following major points:

Inventory Management in Supply Chain-Introduction, Types of Inventory and

Supply/ Demand Uncertainties, Inventory costs, Selective Inventory Control

Vendor Management for Inventory system

3

Prepare a report on:

Overview of Indian Infrastructure for Transportation sector

Refer to blog/research papers/industry reports, and prepare a write up that includes

statistics and figures for last 3 years in infrastructure development and

transportation sectors. You may use FICCI report, CII report, or any similar

authentic literature.

4

Prepare a write-up on

Information Technology in Supply Chain. Includes IT Solutions such as: Electronic

Data Inter -change (EDI), Intranet/ Extranet, Data Mining/ Data Warehousing, E-


5

Prepare a write-up on

Application of Mathematical Modeling in Supply Chain. Refer to research papers

published in last 2 years.

6

Group assignment

This assignment will be submitted in a group of 10 students. The assignment will

consist of a report including all facets of supply chain design of different products,

involving a survey/interview/ of retailer, the OEM, and other key contributing stake

holders. Division of group and the product assignment will be shared in the class.

Faculty In-charge

Shantilal Shah Engineering College, Bhavnagar, Production Engineering Department

Lesson Plan for Quality Engineering & Management 2172507 Winter Term 18/06/18 to 17/10/18

Prof. Dr. Maya D. Vadhvani, Course Coordinator Page 1/1

Topic Content-Hours required Planned Dates Actual

Dates

1. Introduction

to Quality

Management

Indian Companies, Deming Awards, Quality

Management-2

Strategic Quality Management Benchmarking-2

18, 20, 25, 27

June

2. Quality

Standards and

business

excellence

models

Bureau of Indian Standards-1

Quality Council of India-1

International Organization for Standardization-1

Quality Assurance, Quality Circles, Quality

audits-1

17, 24, 31 July

7 August

3. Total

Quality

Management

(TQM)

Deming’s Contribution to TQM-2

Juran, Crosby, Ishikawa’s contribution to TQM-

2

Total Productive Maintenance (TPM)-2

6, 8, 13, 20, 27,

29 August

4. Service

Quality

Management

and Cost of

Quality

Products-1

Services-1

Classification of services-1

Measuring the quality of services-1

Cost of quality models-4

14, 21, 28 August

4, 11, 18, 25

September

9 October

5. Six sigma

and

Experimental

design

Meaning of Six sigma & 7 quality tools-2

Introduction of experimental design-2

Taguchi Method in Experimental Design-2

QFD-2

3, 5, 10, 12, 17,

19

24, 26 September

6. Statistical

Quality

Control

Quality control- introduction and benefits

Variation in processes: 2

control charts for variables and attributes,

Establishing & interpreting control charts,

Acceptance Sampling-2

Operating characteristic curves-2

Use of standard sampling tables-2

Vendor ratings-2

1, 4, 9, 11, 16, 18,

23, 25, 30 July

1 August

7. Intellectual

property rights Definition & Importance-2

Patent, Copyright, Industrial design, Trademark-2

19, 26 June

3, 10 July

Tentative dates of industrial visit are in 2nd

week of July and 1st week of

September.

of 1

Prof. Dr. M. D. Vadhvani



Semester VII

Quality Engineering & Management (2172507)

List of Tutorial, Term 18/6/18 to 17/10/18

Sr.

No Topic

1.

Prepare a write up that includes following major points.

Deming Award, Conceptual Framework(s) of Quality Management,

Strategic Quality Management, Benchmarking, Quality Circle

2.

Prepare a write up that includes following major points.

Quality System Standards, Bureau of Indian Standards, International

Organization for Standardization, Quality Council of India, Quality

Assurance and Quality Audit

3

Prepare brief notes on the following topics.

Contribution of Adwards Deming in Total Quality Management (TQM),

Juran’s Contribution in TQM, Crosby’s Contribution in TQM, Ishikawa’s

Contribution in TQM

4.

Prepare Case Studies on following topics. Gather information from

published research articles or from industry.

Total Productive Maintenance

7 Quality Tools

Cost of Quality

Quality Improvement in Service Industries

5.

Prepare short notes on following topics.

Quality Control Charts, Process Capability, Operation Characteristics

Curve, Acceptance Sampling, Single, Double, Multiple and Continuous

Sampling, Consumers’ and Producers’ Risk, Vendor Rating

6.

With the help of reference searching, prepare articles on

Intellectual Properties, Intellectual Property Right (IPR), Patent, Copyright,

Industrial Design, Trademark

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