Ubiquity of Industrial Engineering Principle of Industrial Engineering
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Material Handling and Transport Industrial Engineering
Required to:
Replace materials handling equipment, improve or add to their specifications.
Replace materials handling methods, or evaluate alternative methods.
Reorganize the system for a better flow of materials and movement of products.
Reduce costs through increasing productivity of materials handling equipment, operators and methods.
No operation can be performed without material handling and transportation!
Materials handling methods link layout operations to a functioning manufacturing system. Depending on the nature of your facility, materials handling costs account for 10 to 30 percent of your total operating cost, which may be even higher in case of distribution facilities. Most facilities have not yet been referenced to a materials handling plan. Methods have mostly developed spontaneously or been projected by equipment suppliers and consultants. Likewise, the individuals appointed as materials handling engineer are mostly individuals without as formal education in this field. In the absence of analyses, many of them adopt the approach “me too” based on what others have done.
IISE materials handling course
IISE materials handling course is based on Systematic Handling Analysis (SHA), which is the most organized approach designed to analyze and evaluate materials handling methods. Developed by Richard Muther and Knut Haganas and refined through an application history of more than 40 years, Systematic Handling Analysis accompanies Systematic Layout Planning (SLP). SHA is available in printed form and is used by thousands of planners worldwide.
The course on SHA methods give equal weight to facility and warehouse subjects. It is needed by those who have to apply the following procedures:
Replace materials handling equipment, improve or add to their specifications.
Replace materials handling methods, or evaluate alternative methods.
Reorganize for a better flow of materials and movement of products.
Reduce costs through better materials handling methods.
SYSTEMATIC MATERIALS HANDLING ANALYSIS & SYSTEMATIC CONTAINER PLANNING
2 days, 1.4 CEUs
Note: This course is only offered by our qualified training provider in Turkey.
Overview
No operation can be performed without transportation!
Materials handling methods link layout operations to a functioning manufacturing system. Depending on the nature of your facility, materials handling costs account for 10 to 30 percent of your total operating cost, which may be even higher in case of distribution facilities. Most facilities have not yet been referenced to a materials handling plan. Methods have mostly developed spontaneously or been projected by equipment suppliers and consultants. Likewise, the individuals appointed as materials handling engineer are mostly individuals without as formal education in this field. In the absence of analyses, many of them adopt the approach “me too” based on what others have done.
Our materials handling course is based on Systematic Handling Analysis (SHA), which is the most organized approach designed to analyze and evaluate materials handling methods. Developed by Richard Muther and Knut Haganas and refined through an application history of more than 40 years, Systematic Handling Analysis accompanies Systematic Layout Planning (SLP). SHA is available in printed form and is used by thousands of planners worldwide.
Our course on SHA methods give equal weight to facility and warehouse subjects. It is needed by those who have to apply the following procedures:
Replace materials handling equipment, improve or add to their specifications.
Replace materials handling methods, or evaluate alternative methods.
Reorganize for a better flow of materials and movement of products.
Reduce costs through better materials handling methods.
Topic Highlights
- Classify the materials
- Analyze the moves
- Quantified flow diagram
- Set handling equipment and container plans and adjust
- Evaluate alternative plans
- Detail the selected plan
What You Will Learn
- To improve the performance of facility.
- To decrease the materials handling cost.
- To provide the flexibility, harmony and quantity incrementation.
- To save time and prevent oversights.
- To improve the use of space
Course Content
Systematic Planning of Industrial Facilities
Anatomy of an industrial plant
Layout, materials handling, communications and controls, utilities, building
Systematic Materials Handling Analysis (SHA)
How to apply systematic materials handling analysis (SHA)?
Four phases of materials handling
What is materials handling?
Steps of systematic handling analysis
Key inputs
Materials Classification
Determine the characteristics of materials
Classification of materials – sample case evaluation
Materials Movement Analysis – Sample Case Evaluation
What unit do you use to measure intensity of flow?
Flow analysis: Equivalent movement multipliers
Measuring diverse material movements
Route-product movement summary
How to prepare a quantified flow diagram?
Distance-intensity diagram and what it tells to us?
Flow intensity, effort and cost
Visualization of flow and materials handling effort
How to Plan an Effective Materials Handling Method?
Methods, plans and systems
Materials handling equipment types and their uses
Elements of materials handling cost
Real-world materials handling
Materials handling equipment classified by cost data
What the distance-intensity chart tells us about handling equipment?
Selection guide of materials handling equipment by quantified flow diagram
Pick-up and set-down devices and transport units
What the distance-intensity chart tells us about layout and handling system?
Classical materials handling systems
How to decide on the handling equipment, transport unit and system?
Case Study: Preliminary Handling Plan
Case Study: Overall Materials Handling Analysis
Developing and Evaluating Alternative Handling Plans
Evaluation of alternatives – sample case evaluation
Select the best handling plan
Detail Handling Plan and Implementation Phases
The pattern repeats
Forms of waste and relationship to material handling
Elimination of waste
Principles of lean materials handling
Basic good practices of materials handling
Implementation worksheet
Case Study: Challenging Layout Plan
Case Study: Overall Materials Handling Analysis
Systematic Container Planning (SCP)
How to implement Systematic Container Planning (SCP)?
Framework of phases
Three fundamentals in SCP
Procedure of SCP
Material Classification – Sample Case Evaluation
Industrial Container Types
Functions of Industrial Containers
Container Requirements and Guidelines – Sample Case Evaluation
Overall Container Plan – Sample Case Evaluation
Detail Container Plan – Sample Case Evaluation
Container Process Chart
Wooden Pallet Designs
Fork-liftable Container Features
Hand-liftable Container Considerations
Container Selection Factors
Who will benefit:
- Plant and Production Managers/Engineers
- Warehouse, Distribution and Logistics Managers
- Industrial and Process Engineers and Systems Analysts
- Materials Handling Engineers and Equipment Suppliers
- Technicians and Lead Operators
https://www.iise.org/Details.aspx?id=33490
News - Information for Material Handling and Transport Operation Analysis
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