INTRODUCTION TO MODERN INDUSTRIAL ENGINEERING Pdf File. FREE DOWNLOAD.
by Narayana Rao Kvss.
Contents
1. Industrial Engineering - Introduction and History
2. Definition and Explanation
3. Contribution of Taylor, Gilbreth and Harrington Emerson
4. Principles of Industrial Engineering
5. Functions of Industrial Engineering
6. Focus Areas of Industrial Engineering
https://www.academia.edu/103626052/INTRODUCTION_TO_MODERN_INDUSTRIAL_ENGINEERING_Version_3_0
Maynard's Industrial and Systems Engineering Handbook, 6th Edition
Bopaya M. Bidanda
Table of Contents
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Overview
A DEDICATION
B ABOUT THE EDITOR
C SECTION EDITORS
D CONTRIBUTORS
E ACKNOWLEDGMENTS
F FOREWORD
G PREFACE
H SPONSORS
A SECTION 1: INDUSTRIAL ENGINEERING: PAST, PRESENT, AND FUTURE
1 THE PURPOSE AND EVOLUTION OF INDUSTRIAL ENGINEERING
2 FUNDAMENTALS OF INDUSTRIAL ENGINEERING
3 THE FUTURE OF INDUSTRIAL AND SYSTEMS ENGINEERING—ONE PERSPECTIVE
4 INDUSTRIAL AND SYSTEMS ENGINEERING BODY OF KNOWLEDGE: A PROFESSIONAL REFERENCE FOR THE FIELD
B SECTION 2: PRODUCTIVITY
5 THE CONCEPT AND IMPORTANCE OF PRODUCTIVITY
6 LEAN: BASIC THINKING
7 METHODS ENGINEERING—THE DESIGN AND IMPROVEMENT OF WORK
8 WORK MEASUREMENT AND ENGINEERED LABOR STANDARDS
9 FORECASTING, PLANNING, AND SCHEDULING FOR OPTIMAL PRODUCTIVITY
10 THE IMPORTANCE OF COMPENSATION IN PRODUCTIVITY
C SECTION 3: ENGINEERING ECONOMICS
11 BASIC PRINCIPLES OF ENGINEERING ECONOMIC ANALYSIS
12 COST ESTIMATION
13 DECISION MAKING UNDER RISK AND UNCERTAINTY
14 LIFE CYCLE COSTING WITH APPLICATION TO ELECTRIC ENERGY COSTING
15 COST ACCOUNTING AND MANAGEMENT
16 CASE STUDY: COST GROWTH FOR SPACE SYSTEMS
D SECTION 4: HUMAN FACTORS, ERGONOMICS, AND SAFETY
17 MACROERGONOMICS: BEYOND THE HUMAN-MACHINE INTERFACE
18 PERSONALIZING ERGONOMICS FOR THE CHANGING WORKFORCE
19 DESIGNING, IMPLEMENTING, AND JUSTIFYING AN ERGONOMICS PROGRAM
20 OCCUPATIONAL ERGONOMICS IN CONSTRUCTION
21 ERGONOMICS OF SEDENTARY INTERVENTIONS FOR THE OFFICE WORKPLACE
22 PSYCHOPHYSIOLOGICAL ASSESSMENT OF MENTAL WORKLOAD
23 WORK ANALYSES METHODS TO DETERMINE COGNITIVE ENGINEERING REQUIREMENTS FOR COMPLEX INDUSTRIAL SYSTEMS
24 SAFETY ANALYTICS
25 AUTOMATION AND AUTONOMOUS SYSTEMS: BENEFITS AND CONCERNS OF THE HUMAN-IN-THE-LOOP TRANSITION AND IMPLEMENTATION
E SECTION 5: FACILITY LOGISTICS
26 FACILITIES LAYOUT IN MANUFACTURING AND SERVICE INDUSTRIES: PAST PRACTICES AND FUTURE TRENDS
27 THE IMPACT OF AUTOMATION, SENSORS, INTERNET OF THINGS, AND INDUSTRY 4.0 ON FACILITY LOGISTICS
28 E-COMMERCE WAREHOUSING: ADVANCES IN MATERIAL HANDLING SYSTEMS
F SECTION 6: OPERATIONS RESEARCH
29 OPERATIONS RESEARCH: AN OVERVIEW
30 OPTIMIZATION MODELS AND METHODS
31 SIMULATION IN INDUSTRIAL ENGINEERING
32 AN OVERVIEW OF ANALYTICS
G SECTION 7: STATISTICS AND PROBABILITY
33 PRINCIPLES AND APPLICATIONS OF PROBABILITY
34 APPLIED STATISTICS FOR INDUSTRIAL AND SYSTEMS ENGINEERING
35 STOCHASTIC MODELS FOR INDUSTRIAL AND SYSTEMS ENGINEERING
36 MACHINE LEARNING AND INDUSTRIAL APPLICATIONS
37 FORECASTING AND INDUSTRIAL APPLICATIONS
H SECTION 8: SUPPLY CHAINS
38 FUNDAMENTALS OF SUPPLY CHAIN OPERATIONS
39 CUSTOMER INTERFACES: PREDICTING, PLANNING, AND INFLUENCING DEMAND
40 SUPPLY CHAIN INVENTORY MANAGEMENT
41 TRANSPORTATION MANAGEMENT
42 SUPPLY CHAIN STRUCTURE AND DESIGN
43 MANAGING SUPPLY SOURCES THROUGH SUPPLIER RELATIONSHIP MANAGEMENT
44 THE ROLE, VALUE, AND RELEVANCE OF INFORMATION SHARING AND COORDINATION IN SUPPLY CHAINS
I SECTION 9: QUALITY
45 QUALITY HISTORY AND EVOLUTION
46 QUALITY CONCEPTS AND MODELS
47 QUALITY FUNDAMENTALS
48 QUALITY PLANNING AND DESIGN
49 QUALITY CONTROL
50 QUALITY IMPROVEMENT
51 RELIABILITY AND MAINTAINABILITY
52 QUALITY MANAGEMENT
J SECTION 10: PRODUCT AND SERVICE SYSTEM DESIGN
53 SERVICE SYSTEMS DESIGN
54 EFFECTIVE DESIGN PROCESS MANAGEMENT: QUALITY AND CREATIVITY
55 ANALYTICS AND OPTIMIZATION FOR DESIGN FOR X
56 OR MODELS FOR SERVICE SYSTEMS DESIGN
57 SERVICE DESIGN TO EXCEED CUSTOMER AND ASSOCIATE EXPECTATIONS
58 PRODUCT-SERVICE SYSTEM: DEFINITIONS AND DESIGN APPROACHES
59 PRODUCT SYSTEM DESIGN: HOW TO CREATE PRODUCTS FOR DIFFERENT CUSTOMERS
K SECTION 11: MANUFACTURING MODELS AND ANALYSIS
60 ADDITIVE MANUFACTURING (3D PRINTING)
61 MANUFACTURING SENSORS AND CONTROLS
62 PROCESS ENGINEERING
63 METROLOGY IN MANUFACTURING
64 REMANUFACTURING AND THE CIRCULAR ECONOMY
65 CYBERMANUFACTURING
66 FACTORY ANALYTICS
L SECTION 12: SYSTEMS ENGINEERING
67 FOUNDATIONS OF SYSTEMS ENGINEERING
68 THE SYSTEMS ENGINEERING PROCESSES
69 CROSS-CUTTING SYSTEMS ENGINEERING METHODS
70 SPECIALTY ENGINEERING ACTIVITIES
M SECTION 13: ENGINEERING MANAGEMENT
71 SOFT SKILLS IN INDUSTRIAL ENGINEERING AND MANAGEMENT
72 UNDERGRADUATE SYSTEMS ENGINEERING MANAGEMENT
73 APPLICATIONS OF PROJECT MANAGEMENT TO MANUFACTURING
74 LEAN SYSTEMS IN ENGINEERING MANAGEMENT
75 COGNITIVE AND HUMAN FACTORS MODELING FOR ENGINEERING MANAGEMENT
76 QUALITY SYSTEMS AND ENGINEERING MANAGEMENT APPLICATIONS
77 THE INDUSTRIAL ENGINEER AS A MANAGER
78 FUNCTIONS OF AN ENGINEERING MANAGER
79 LEAN SIX SIGMA: BASIC CONCEPTS
80 PROJECT MANAGEMENT IN THE SERVICE INDUSTRY
81 GLOBALIZATION: CHALLENGES FOR MANAGING IN A GLOBAL ECONOMY
82 PROJECT MANAGEMENT FOR THE INDUSTRIAL ENGINEER
83 ENGINEERING ETHICS: APPLICATIONS TO INDUSTRIAL ENGINEERING
84 DIGITAL DATA TRANSFORMATION AND ITS APPLICATIONS
N SECTION 14: INTERNATIONAL INDUSTRIAL ENGINEERING
85 PRODUCTION ENGINEERING IN BRAZIL
86 DEVELOPMENT OF INDUSTRIAL ENGINEERING IN THE CHINESE MAINLAND
87 COLOMBIA
88 INDUSTRIAL ENGINEERING IN EGYPT
89 FINLAND
90 ADVANCEMENT OF INDUSTRIAL AND SYSTEMS ENGINEERING DISCIPLINE IN HONG KONG
91 INDIA
92 INDUSTRIAL ENGINEERING DEVELOPMENT IN INDONESIA
93 INDUSTRIAL ENGINEERING IN IRAN
94 ISRAEL
95 INDUSTRIAL ENGINEERING EDUCATION IN SAUDI ARABIA
96 INDUSTRIAL ENGINEERING IN KUWAIT
97 LEBANON
98 THE EVOLUTION OF INDUSTRIAL ENGINEERING IN MEXICO
99 INDUSTRIAL ENGINEERING AND INDUSTRIAL SECTOR IN MOROCCO
100 INDUSTRIAL ENGINEERING IN SULTANATE OF OMAN
101 INDUSTRIAL ENGINEERING APPLICATIONS AND TECHNIQUES IN SUB-SAHARA REGION OF AFRICA: A CASE OF SOUTH AFRICA
102 INDUSTRIAL ENGINEERING IN SOUTH KOREA
103 DEVELOPMENT AND HIGHER EDUCATION OF INDUSTRIAL ENGINEERING IN TAIWAN
104 CURRENT AND FUTURE PROSPECTS FOR INDUSTRIAL ENGINEERING IN TURKEY
105 ADVANCEMENT OF INDUSTRIAL AND SYSTEMS ENGINEERING PRACTICES IN THE UNITED ARAB EMIRATES
O SECTION 15: THE SCOPE OF IE: APPLICATION ENVIRONMENTS
106 THE EVOLVING DOMAIN OF INTEGRATED SYSTEMS ENGINEERING
107 CREATING CULTURES THAT DRIVE, ENABLE, AND SUPPORT FULL POTENTIAL PERFORMANCE
108 PERSONAL AND PROFESSIONAL MASTERY: LIVING WITHIN THE CONTEXT OF VISION AS A SKILL
109 THE ROLES OF INDUSTRIAL AND SYSTEMS ENGINEERING IN LARGE-SCALE ORGANIZATIONAL TRANSFORMATIONS
110 OPERATIONAL EXCELLENCE: A JOURNEY TO AN UNREACHABLE DESTINATION
111 CREATING VALUE: A BLUEPRINT AND CASE STUDY TO APPLY THE ISE SKILLSET IN ANY DOMAIN
112 THE NEW INDUSTRIAL ENGINEERING (2020): CREATING ENTERPRISE EXCELLENCE
113 IMPROVING THE SPEED AND EFFECTIVENESS OF INNOVATION BY EMBRACING CHANGING CUSTOMER DESIRES
114 FROM STABILITY TO FRAGILITY TO AGILITY: THE INDUSTRIAL AND SYSTEMS ENGINEERING STORY OF THE EVOLUTION OF SUPPLY CHAINS
115 HIGH RELIABILITY, IMPLEMENTATION SCIENCE, AND DATA-DRIVEN ORGANIZATIONS
116 REDUCING COMPLEXITY AND IMPROVING EFFICIENCY AND QUALITY OF LIFE THROUGH VIRTUAL DECISION SUPPORT, AUTOMATION, AND ROBOTICS
117 ISE AND PERFORMANCE MEASUREMENT SYSTEM DESIGN AND DEVELOPMENT
118 INDUSTRIAL ENGINEERING PROFESSIONALS AS DATA SCIENTISTS
119 THE ISE'S ROLE IN TECHNOLOGY, AUTOMATION AND BUSINESS PROCESS IMPROVEMENT
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Recommended Reading
5 THE CONCEPT AND IMPORTANCE OF PRODUCTIVITY
Maynard’s Industrial Engineering Handbook, 5th Edition, Kjell B. Zandin
Review of "THE CONCEPT AND IMPORTANCE OF PRODUCTIVITY"
https://treasury.gov.au/speech/the-importance-of-productivity
71 SOFT SKILLS IN INDUSTRIAL ENGINEERING AND MANAGEMENT
Soft Skills for Industrial Engineers
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