MOST Work Measurement Systems 4th Edition by Kjell Zandin, Therese Schmidt – Ebook PDF Instant Download/Delivery: 0367345315, 9780367345310
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ISBN 10: 0367345315
ISBN 13: 9780367345310
Author: Kjell B. Zandin; Therese M. Schmidt
This book is an essential supplement for MOST (Maynard Operation Sequence Technique) certification training. An excellent resource for practicing professionals and newcomers in the fields of industrial engineering and management, it provides a detailed explanation of each of the three MOST Systems. This edition is updated with relevant examples using today’s technology to develop engineered standards. Content includes refreshed charts and guidelines to selecting a MOST System and completing a MOST analysis based on the application rules for BasicMOST, MiniMOST and MaxiMOST. A new informative chapter highlights the use of standards to improve workforce performance and increase productivity. A must for MOST certification for engineers, productivity improvement specialists, staffing, and costing professionals. Certification training can be completed online and worldwide through authorized partners.
MOST Work Measurement Systems 4th Table of contents:
Chapter 1 The Concept of MOST—An Introduction
Work Measurement
Definition of Terms—MOST Analysis
Definition of Terms—Standard Time
The Concept of the MOST Work Measurement Technique
The BasicMOST Sequence Models
Time Units
Parameter Indexing
Application Speed
Accuracy
Method Sensitivity
Structured Method Descriptions
Analyzing Technology with MOST
Integration of MOST Standards
Chapter 2 The MOST Systems Family
Levels of Work Measurement
Compatibility of MOST Systems
Application of MOST to Develop Engineered Standards
MOST System Selection
BasicMOST
MiniMOST
MaxiMOST
Decision Diagram
System Selection Charts
Application of a MOST Work Measurement System
Identifying the Best Method
Practical Analysis Procedures
Analyst Consistency
General Application Rules for All MOST Systems
Chapter 3 The BasicMOST System
The General Move Sequence Model
The Sequence Model
Phases of the General Move Sequence Model
Parameter Definitions
Parameter Indexing
Action Distance (A)
Body Motion (B)
Gain Control (G)
Placement (P)
Parameter Frequencies
Writing Method Descriptions
General Move Examples
The Controlled Move Sequence Model
The Sequence Model
Phases of the Controlled Move Sequence Model
Parameter Definitions
Parameter Indexing
Move Controlled (M)
Summary of Foot Motions
Process Time (X)
Alignment (I)
Writing Method Descriptions
Controlled Move Examples
The Tool Use Sequence Model
The Sequence Model
Phases of the Tool Use Sequence Model
Parameter Definitions
Parameter Indexing
Fasten or Loosen (F or L)
Tool Placement
Writing Method Descriptions
Tool Use Examples for Fasten or Loosen
Tool Use Frequencies
Tool Use Frequency Examples
Multiple Tool Actions
Cut, Surface Treat, Measure, Record and Think
Cut (C)
Tool Use Examples for Cut
Surface Treat (S)
Tool Use Examples for Surface Treat
Measure (M)
Tool Use Examples for Measure
Special Measuring Tools
Record (R)
Tool Use Examples for Record
Think (T)
Tool Use Examples for Think
The Equipment Use Sequence Model
The Sequence Model
Phases of the Equipment Use Sequence Model
Parameter Definitions
Parameter Indexing
Keyboard (W)
Keypad (K)
Writing Method Descriptions
Equipment Use Examples for Keyboard and Keypad
Letter/Paper Handling (H)
Letter/Paper Handling Examples
The Manual Crane Sequence Model
The Sequence Model
Parameter Definitions
Parameter Indexing
Manual Crane Data Card Backup Information
Writing Method Descriptions
Manual Crane Examples
Development of Elements for Special Tools or Situations
Application of the BasicMOST Work Measurement System
The BasicMOST Analysis
Method Levels and Simultaneous Motions
Method Level and Simultaneous Motion Examples
BasicMOST Analysis Documentation
Summary of the BasicMOST Analysis
Validation of Process Times
BasicMOST Summary
Chapter 4 The MiniMOST System
The General Move Sequence Model
The Sequence Model
Phases of the General Move Sequence Model
Parameter Definitions
Parameter Indexing
Limiting or Limited
Action Distance (A)
Body Motion (B)
Gain Control (G)
Consideration of Effective Net Weight
Placement (P)
Precise Placement
Adjustments to the Values for Precise Placement
Is a Precise Placement Value Required?
Parameter Frequencies
Writing Method Descriptions
General Move Examples
The Controlled Move Sequence Model
The Sequence Model
Phases of the Sequence Model
Parameter Definitions
Parameter Indexing
Move Controlled (M)
Effective Net Weight in the Controlled Move Sequence Model
Process Time (X)
Alignment (I)
Writing Method Descriptions
Controlled Move Examples
Application of the MiniMOST Work Measurement System
The MiniMOST Analysis
MiniMOST Analysis Documentation
Motion Combinations
Simultaneous Motion Guide
Control Level and Method Level
Summary of the MiniMOST Analysis
Analysis of Activities Involving Tools
Development of Special Tool Elements
MiniMOST Summary
Chapter 5 The MaxiMOST System
The Sequence Models
Parameter Indexing
Parameter Definitions
Action Distance (A)
Body Motion (B)
The Part Handling Sequence Model
The Sequence Model
Parameter Definitions
Parameter Indexing
Part Handling–General Move (P)
Part Handling–Controlled Move (P)
Parameter Frequencies
Writing Method Descriptions
Part Handling Examples
The Tool Use Sequence Model
The Sequence Model
Parameter Definitions
Parameter Indexing
Assemble or Disassemble Standard Fasteners (T)
Tighten or Loosen Standard Fasteners (T)
Assemble or Disassemble Long Fasteners (T)
Tighten or Loosen Long Fasteners (T)
Writing Method Descriptions
Tool Use Examples—Fasteners
General Tools I (T)
Tool Use—General Tools I Examples
General Tools II (T)
Tool Use—General Tools II Examples
Measuring Tools (T)
Tool Use—Measuring Tools Examples
The Machine Handling Sequence Model
The Sequence Model
Parameter Definitions
Parameter Indexing
Operate Machine Controls (M)
Secure or Release Parts (M)
Writing Method Descriptions
Machine Handling Examples
The Powered Crane Sequence Model
The Sequence Model
Parameter Definitions
Powered Crane Data Card Backup Information
Parameter Indexing
Writing Method Descriptions
Powered Crane Example
The Powered Truck Sequence Model
The Sequence Model
Powered Truck Data Card Backup Information
Parameter Definitions
Parameter Indexing
Writing Method Descriptions
Powered Truck Examples
Developing New Elements
Application of the MaxiMOST Work Measurement System
The MaxiMOST Analysis
MaxiMOST Analysis Documentation
Workplace Layout
Multiple Operator Activities
Summary of the MaxiMOST Analysis
Validation of Process Times
MaxiMOST Summary
Chapter 6 Using MOST Standards to Manage Performance
Accenture Workforce Performance Model
Accenture Managing Performance Cycle
Use Standards to Establish and Communicate Expectations
Build in the Conditions for Success
Use Feedback to Make Reality Visible
Respond to Challenges and Opportunities
Using MOST-Developed Standards to Improve Productivity
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Kjell Zandin,Therese Schmidt,Measurement,MOST