Material handling involves the movement of materials and products throughout production processes and facilities. It aims to move the right materials, in the right quantities, to the right locations at the right times. Effective material handling can reduce costs and improve productivity, quality, safety and efficiency. It requires planning material flows and selecting appropriate equipment like conveyors, vehicles, robots and storage systems based on material characteristics, plant layout and other factors. Key principles include standardization, unit load handling, safety, and reducing unnecessary movement.
Here are the answers to the questions:
1. Material handling is the function of moving materials, parts and products through the process of manufacturing, distribution, consumption and disposal in an efficient manner. The primary objective of material handling is to reduce the unit cost of production.
2. The factors that must be considered in selecting material handling equipment include the material characteristics, flow rate, plant layout, distance to be moved, installation and operating costs, engineering factors, safety considerations and plant facilities.
3. Material handling is the art and science of moving materials and products efficiently and safely from one place to another within a facility or operation. The key principles of material handling include planning, systems approach, simplification, material flow, gravity utilization
The document defines material handling as the movement, storage, protection and control of materials throughout the manufacturing and distribution process. It discusses the objectives of material handling which include increasing efficiency, reducing costs, improving safety and productivity. Various types of material handling equipment are described such as industrial trucks, conveyors, cranes, automated guided vehicles and storage systems. The principles of material handling planning, standardization, unit loads and automation are also outlined.
This document provides an introduction to material handling. It includes an overview of the course objectives, syllabus, and learning outcomes. Key concepts covered include the definition of material handling, objectives of material handling systems, principles of material handling, selection of material handling equipment, classification of material handling equipment, and characteristics and classification of materials. The document provides detailed information on the concepts and considerations for designing effective material handling systems.
Material handling involves the movement, storage, and control of materials throughout the manufacturing process. It aims to reduce costs and improve efficiency. The document discusses various types of material handling equipment like conveyors, industrial trucks, cranes, and automated guided vehicles. It also outlines objectives like minimizing costs and distances materials are handled. Key considerations in designing material handling systems include the material characteristics, flow rates, and plant layout.
Material handling involves the movement of materials and products within an organization. It aims to reduce costs, waste, and improve workflow, distribution, warehouse capacity, and worker safety. There are principles related to planning, equipment selection, and operations. Material handling systems can be categorized as equipment-oriented, load-oriented, production-oriented, or function-oriented. Common material handling equipment includes conveyor systems, overhead cranes, forklifts, tractors, and pallets. Positioning this equipment properly is important for effective material movement.
Material handling involves the efficient movement of materials and products throughout the supply chain. It aims to move the right materials to the right place at the right time in the most cost-effective manner. Material handling equipment includes transport equipment like conveyors, cranes, and automated guided vehicles; storage systems like racks and bins; and unitizing equipment. The goals of material handling are to reduce production costs, maintain quality, promote safety, and increase productivity through principles such as planning, system integration, simplification, gravity usage, space optimization, and automation.
This document provides an overview of a course on material handling equipment. The course objectives are to provide knowledge on materials handling equipment and allow students to understand basic concepts and illustrate the working principles of various equipment. The document outlines 6 units that will be covered: introduction, conveyor equipment, industrial trucks, auxiliary equipment, hoisting appliances, and cranes. It defines material handling and lists types of material handling equipment commonly used in manufacturing plants and warehouses. Finally, it discusses several principles of material handling design including planning, systems design, space utilization, material flow optimization, and safety.
This document discusses material handling and provides an overview of key considerations and principles for designing an effective material handling system. It describes the goals of material handling as reducing costs while maintaining quality and productivity. An overview of common material handling equipment is given, including transport equipment, storage systems, and unitizing/tracking technologies. Key considerations in system design are the material characteristics, flow rate, and plant layout. Principles outlined include planning, integrating systems, simplifying processes, utilizing gravity, standardizing equipment, reducing weight, and incorporating maintenance and capacity needs.
Here are the answers to the questions:
1. Material handling is the function of moving materials, parts and products through the process of manufacturing, distribution, consumption and disposal in an efficient manner. The primary objective of material handling is to reduce the unit cost of production.
2. The factors that must be considered in selecting material handling equipment include the material characteristics, flow rate, plant layout, distance to be moved, installation and operating costs, engineering factors, safety considerations and plant facilities.
3. Material handling is the art and science of moving materials and products efficiently and safely from one place to another within a facility or operation. The key principles of material handling include planning, systems approach, simplification, material flow, gravity utilization
The document defines material handling as the movement, storage, protection and control of materials throughout the manufacturing and distribution process. It discusses the objectives of material handling which include increasing efficiency, reducing costs, improving safety and productivity. Various types of material handling equipment are described such as industrial trucks, conveyors, cranes, automated guided vehicles and storage systems. The principles of material handling planning, standardization, unit loads and automation are also outlined.
This document provides an introduction to material handling. It includes an overview of the course objectives, syllabus, and learning outcomes. Key concepts covered include the definition of material handling, objectives of material handling systems, principles of material handling, selection of material handling equipment, classification of material handling equipment, and characteristics and classification of materials. The document provides detailed information on the concepts and considerations for designing effective material handling systems.
Material handling involves the movement, storage, and control of materials throughout the manufacturing process. It aims to reduce costs and improve efficiency. The document discusses various types of material handling equipment like conveyors, industrial trucks, cranes, and automated guided vehicles. It also outlines objectives like minimizing costs and distances materials are handled. Key considerations in designing material handling systems include the material characteristics, flow rates, and plant layout.
Material handling involves the movement of materials and products within an organization. It aims to reduce costs, waste, and improve workflow, distribution, warehouse capacity, and worker safety. There are principles related to planning, equipment selection, and operations. Material handling systems can be categorized as equipment-oriented, load-oriented, production-oriented, or function-oriented. Common material handling equipment includes conveyor systems, overhead cranes, forklifts, tractors, and pallets. Positioning this equipment properly is important for effective material movement.
Material handling involves the efficient movement of materials and products throughout the supply chain. It aims to move the right materials to the right place at the right time in the most cost-effective manner. Material handling equipment includes transport equipment like conveyors, cranes, and automated guided vehicles; storage systems like racks and bins; and unitizing equipment. The goals of material handling are to reduce production costs, maintain quality, promote safety, and increase productivity through principles such as planning, system integration, simplification, gravity usage, space optimization, and automation.
This document provides an overview of a course on material handling equipment. The course objectives are to provide knowledge on materials handling equipment and allow students to understand basic concepts and illustrate the working principles of various equipment. The document outlines 6 units that will be covered: introduction, conveyor equipment, industrial trucks, auxiliary equipment, hoisting appliances, and cranes. It defines material handling and lists types of material handling equipment commonly used in manufacturing plants and warehouses. Finally, it discusses several principles of material handling design including planning, systems design, space utilization, material flow optimization, and safety.
This document discusses material handling and provides an overview of key considerations and principles for designing an effective material handling system. It describes the goals of material handling as reducing costs while maintaining quality and productivity. An overview of common material handling equipment is given, including transport equipment, storage systems, and unitizing/tracking technologies. Key considerations in system design are the material characteristics, flow rate, and plant layout. Principles outlined include planning, integrating systems, simplifying processes, utilizing gravity, standardizing equipment, reducing weight, and incorporating maintenance and capacity needs.
This document discusses principles and considerations for material handling system design. It defines material handling as moving materials efficiently and outlines goals like reducing costs, improving quality and safety. It describes common material handling equipment like conveyors, cranes, storage systems and trucks. Key factors in system design are material characteristics, flow rates and plant layout. Design principles include planning the system holistically, utilizing gravity, standardizing equipment, reducing unnecessary movement and optimizing space, units loads and automation. Maintenance and matching capacity to production goals are also emphasized.
Material handling involves moving materials efficiently through the production process. Its goals include reducing costs, maintaining quality, and promoting safety and productivity. Material handling equipment includes transport equipment like forklifts and conveyors, as well as storage systems like racks and bins. When designing a material handling system, key considerations include the material characteristics, required flow rates, and plant layout. Common types of material handling equipment move materials between fixed points, over limited areas, or across large areas of a facility. Proper equipment selection and an integrated system design can help optimize material flow.
This document defines material handling and discusses various aspects of material handling systems. Material handling is defined as the movement, storage, protection and control of materials throughout the manufacturing and distribution process. The key objectives of material handling systems are to move materials safely, efficiently and at low cost. The document also discusses different types of material handling equipment like industrial trucks, automated guided vehicles, conveyors and cranes/hoists and their applications. It provides definitions for common terms and lists 10 principles for effective material handling systems design.
UNIT 1 - Introduction to Material Handling Equipments.pdfAdugnaGosa1
This document discusses material handling equipment and concepts. It introduces various types of material handling equipment like hoisting equipment, conveyors, and containers. It describes the objectives of material handling as reducing costs, production time, overhead, and accidents while improving space utilization and employee morale. Key principles of material handling systems include planning, standardization, minimizing work, and respecting ergonomic factors. The goals are to reduce unit costs, maintain quality, and promote safety, productivity and inventory control. Material characteristics and major equipment categories are also outlined.
The document discusses material handling principles and concepts. It defines material handling as the art and science of moving, packing, and storing materials. The main objectives of material handling are to reduce the number of handlings and overall costs. Other objectives include lowering unit handling costs, reducing cycle times, improving safety, and increasing storage capacity. The document outlines several principles for efficient material handling, such as eliminating unnecessary handling, keeping materials moving, using simple flow patterns, and carrying payloads in both directions. It also discusses automation, life cycle costs, unit loads, and the benefits of optimized flow patterns for material handling systems.
This document discusses various aspects of warehousing and logistics. It begins by outlining the strategic value and basic rationale for warehousing in terms of transportation consolidation, product mixing, customer service, contingency protection, and smoothing operations. It then discusses frameworks for basic warehousing decisions and principles of warehouse layout design. The document also compares private versus public warehousing and explains the effect of materials handling and packaging on logistics operations.
MATERIAL HANDLING AND EQUIPMENT FOR MANUFACTURING FACILITIES DESIGN.pptxGraceArmenio
The document discusses material handling equipment and design considerations for manufacturing facilities. It describes four major types of material handling equipment: (1) transport equipment that moves materials between locations, such as conveyors; (2) positioning equipment that handles materials in a single location for subsequent tasks; (3) unit load formation equipment that groups materials, like pallets; and (4) storage equipment. The document also outlines principles for effective material handling, including planning, standardization, reducing manual work, and automation. Overall, the document provides an overview of material handling equipment and best practices for efficient movement and storage of materials in manufacturing.
Material handling is unavoidable and is very cost in terms of accidents & damage when serious measures are not taken.
Materials should be handled by a right person in a right place under a thorough supervision of a right person.
Material Handling
Scope of Material Handling
Importance of Material Handling
Objectives of Materials Handling
Types of Material Handling Systems
Types of Material Handling EQUIPMENT
Human Factors
Equipments Factors
This document discusses material handling in industrial engineering. Material handling involves transporting raw materials and parts within a facility using manual or mechanical methods. It describes the functions of material handling as moving materials for storage, transportation between departments, and loading/unloading trucks. The objectives are to implement efficient, safe and economical material handling methods. Key factors considered are engineering aspects like material properties and layout, as well as economic factors like costs. Principles of effective material handling include reducing handling time and amounts, using unit loads, gravity where possible, and safety. Common material handling devices are lifting/lowering devices, transport devices, and devices that combine both functions.
Production management involves planning, organizing, and controlling activities related to converting raw materials into finished goods. It includes functions like product selection, process planning, facility location, capacity planning, production planning and control, inventory control, quality control, and maintenance. The key aspects of production management are selecting the right production process, maintaining optimal inventory levels, and efficiently planning production activities to meet demand while minimizing costs.
Material handling principles & equipmentsJaydip JK
Material handling involves the efficient movement of materials through a production process. The goals of material handling include reducing costs, improving quality and safety, and increasing productivity. There are several categories of material handling equipment that can be used including containers, transport equipment like conveyors and vehicles, storage systems, and automatic identification systems. When designing a material handling system, key considerations include the physical characteristics of the materials, the flow rate of materials through the process, and the layout of the production facility. Common types of material handling equipment discussed in the document are containers, pallets, conveyors, industrial trucks, storage racks, and cranes.
This document discusses material handling, which involves the movement, storage, and protection of materials. It describes the functions of material handling as lowering costs, reducing cycle times, and improving productivity and storage capacity. The principles of material handling emphasize planning, standardization, and ergonomics. Material handling can be manual, automated, or semi-automated. Key factors that influence material handling include production needs, equipment capabilities, and human elements. Common equipment includes conveyors, cranes, industrial vehicles, and auxiliary devices.
Material handling involves the movement, storage, and protection of materials. The main objectives are to reduce costs by minimizing handling distances and the number of times materials are handled. An efficient material handling system contributes to lower costs, higher productivity, and improved safety and quality. Factors such as production needs, material characteristics, and available equipment influence the selection of appropriate material handling methods and equipment.
The document outlines the Ten Principles of Material Handling which are intended to guide planning and design of material handling systems. The principles emphasize planning, standardization, minimizing work, ergonomics, appropriate unit loads, space utilization, integrating material movement into a coordinated system, automation where feasible, considering environmental impact, and conducting a thorough life cycle cost analysis. Adhering to these principles can increase productivity, customer service and profitability.
SELECTION OFMaterial handling EQUIPMENT FOR CONSTRUCTION PROJECT.pptxDIBYARANJAN MAHANTA
This document discusses the selection and use of material handling equipment (MHE) at construction project sites. It defines material handling and outlines its objectives, including cost reduction, waste reduction, and improved productivity and working conditions. Key factors in selecting MHE are identified, such as suitability, capacity, availability, and cost. The principles of planning, material flow, and mechanization are covered. Steps in the selection process include establishing the study scope, determining material volumes and needs, evaluating alternative systems, and selecting equipment categories. Advantages of using MHE include improved efficiency and reduced costs, while disadvantages include additional capital and maintenance costs.
The document discusses principles for improving material handling to enhance customer service, team productivity, and profitability. It outlines various principles such as planning, unit load, space utilization, standardization, ergonomics, energy efficiency, flexibility, safety, and cost analysis. The principles provide guidance on effectively designing integrated material handling systems and procedures that consider workflow, equipment, maintenance, safety, and costs. The overall goal is to establish efficient material movement and storage operations.
IV. System Design and Optimization .pptxCaptainPats
Optimizing a feed mill's process flow and layout can improve efficiency, safety, quality control, flexibility, and reduce costs. Process flow analysis identifies how materials move through each step to find problems. Layout planning arranges machines, workers, and space efficiently to save time and make work safer. Calculations determine material and product types, production requirements, flow rates and appropriate handling equipment. The layout should minimize handling steps, optimize placement to shorten distances, utilize vertical space and implement lean principles.
1. Medium-Term Fiscal Framework, Expenditure Management Framework, and Guidel...ssuser486a8b
This document outlines guidelines for Philippines' national budget preparation for fiscal year 2025, including the medium-term fiscal framework and expenditure management framework. It discusses macroeconomic and fiscal targets, the two-tier budgeting approach separating ongoing and new spending, and instructions for agencies to submit tier 1 forward estimates based on prior budget utilization and tier 2 proposals for new programs that are implementation ready. The key message is that FY2025 budget allocations will be optimized considering debt burden and competing demands, prioritizing agencies with strong prior budget utilization and project implementation progress.
The document describes a linear programming problem involving minimizing the cost of fertilizer for a farmer's field. There are two fertilizer brands to choose from, each providing different amounts of nitrogen and phosphate per bag. The farmer needs at least 16 pounds of nitrogen and 24 pounds of phosphate. The objective is to minimize the total cost by determining the optimal number of bags of each fertilizer brand to purchase. The problem is formulated as a linear program with decision variables, constraints, and an objective function to minimize total cost.
This document discusses principles and considerations for material handling system design. It defines material handling as moving materials efficiently and outlines goals like reducing costs, improving quality and safety. It describes common material handling equipment like conveyors, cranes, storage systems and trucks. Key factors in system design are material characteristics, flow rates and plant layout. Design principles include planning the system holistically, utilizing gravity, standardizing equipment, reducing unnecessary movement and optimizing space, units loads and automation. Maintenance and matching capacity to production goals are also emphasized.
Material handling involves moving materials efficiently through the production process. Its goals include reducing costs, maintaining quality, and promoting safety and productivity. Material handling equipment includes transport equipment like forklifts and conveyors, as well as storage systems like racks and bins. When designing a material handling system, key considerations include the material characteristics, required flow rates, and plant layout. Common types of material handling equipment move materials between fixed points, over limited areas, or across large areas of a facility. Proper equipment selection and an integrated system design can help optimize material flow.
This document defines material handling and discusses various aspects of material handling systems. Material handling is defined as the movement, storage, protection and control of materials throughout the manufacturing and distribution process. The key objectives of material handling systems are to move materials safely, efficiently and at low cost. The document also discusses different types of material handling equipment like industrial trucks, automated guided vehicles, conveyors and cranes/hoists and their applications. It provides definitions for common terms and lists 10 principles for effective material handling systems design.
UNIT 1 - Introduction to Material Handling Equipments.pdfAdugnaGosa1
This document discusses material handling equipment and concepts. It introduces various types of material handling equipment like hoisting equipment, conveyors, and containers. It describes the objectives of material handling as reducing costs, production time, overhead, and accidents while improving space utilization and employee morale. Key principles of material handling systems include planning, standardization, minimizing work, and respecting ergonomic factors. The goals are to reduce unit costs, maintain quality, and promote safety, productivity and inventory control. Material characteristics and major equipment categories are also outlined.
The document discusses material handling principles and concepts. It defines material handling as the art and science of moving, packing, and storing materials. The main objectives of material handling are to reduce the number of handlings and overall costs. Other objectives include lowering unit handling costs, reducing cycle times, improving safety, and increasing storage capacity. The document outlines several principles for efficient material handling, such as eliminating unnecessary handling, keeping materials moving, using simple flow patterns, and carrying payloads in both directions. It also discusses automation, life cycle costs, unit loads, and the benefits of optimized flow patterns for material handling systems.
This document discusses various aspects of warehousing and logistics. It begins by outlining the strategic value and basic rationale for warehousing in terms of transportation consolidation, product mixing, customer service, contingency protection, and smoothing operations. It then discusses frameworks for basic warehousing decisions and principles of warehouse layout design. The document also compares private versus public warehousing and explains the effect of materials handling and packaging on logistics operations.
MATERIAL HANDLING AND EQUIPMENT FOR MANUFACTURING FACILITIES DESIGN.pptxGraceArmenio
The document discusses material handling equipment and design considerations for manufacturing facilities. It describes four major types of material handling equipment: (1) transport equipment that moves materials between locations, such as conveyors; (2) positioning equipment that handles materials in a single location for subsequent tasks; (3) unit load formation equipment that groups materials, like pallets; and (4) storage equipment. The document also outlines principles for effective material handling, including planning, standardization, reducing manual work, and automation. Overall, the document provides an overview of material handling equipment and best practices for efficient movement and storage of materials in manufacturing.
Material handling is unavoidable and is very cost in terms of accidents & damage when serious measures are not taken.
Materials should be handled by a right person in a right place under a thorough supervision of a right person.
Material Handling
Scope of Material Handling
Importance of Material Handling
Objectives of Materials Handling
Types of Material Handling Systems
Types of Material Handling EQUIPMENT
Human Factors
Equipments Factors
This document discusses material handling in industrial engineering. Material handling involves transporting raw materials and parts within a facility using manual or mechanical methods. It describes the functions of material handling as moving materials for storage, transportation between departments, and loading/unloading trucks. The objectives are to implement efficient, safe and economical material handling methods. Key factors considered are engineering aspects like material properties and layout, as well as economic factors like costs. Principles of effective material handling include reducing handling time and amounts, using unit loads, gravity where possible, and safety. Common material handling devices are lifting/lowering devices, transport devices, and devices that combine both functions.
Production management involves planning, organizing, and controlling activities related to converting raw materials into finished goods. It includes functions like product selection, process planning, facility location, capacity planning, production planning and control, inventory control, quality control, and maintenance. The key aspects of production management are selecting the right production process, maintaining optimal inventory levels, and efficiently planning production activities to meet demand while minimizing costs.
Material handling principles & equipmentsJaydip JK
Material handling involves the efficient movement of materials through a production process. The goals of material handling include reducing costs, improving quality and safety, and increasing productivity. There are several categories of material handling equipment that can be used including containers, transport equipment like conveyors and vehicles, storage systems, and automatic identification systems. When designing a material handling system, key considerations include the physical characteristics of the materials, the flow rate of materials through the process, and the layout of the production facility. Common types of material handling equipment discussed in the document are containers, pallets, conveyors, industrial trucks, storage racks, and cranes.
This document discusses material handling, which involves the movement, storage, and protection of materials. It describes the functions of material handling as lowering costs, reducing cycle times, and improving productivity and storage capacity. The principles of material handling emphasize planning, standardization, and ergonomics. Material handling can be manual, automated, or semi-automated. Key factors that influence material handling include production needs, equipment capabilities, and human elements. Common equipment includes conveyors, cranes, industrial vehicles, and auxiliary devices.
Material handling involves the movement, storage, and protection of materials. The main objectives are to reduce costs by minimizing handling distances and the number of times materials are handled. An efficient material handling system contributes to lower costs, higher productivity, and improved safety and quality. Factors such as production needs, material characteristics, and available equipment influence the selection of appropriate material handling methods and equipment.
The document outlines the Ten Principles of Material Handling which are intended to guide planning and design of material handling systems. The principles emphasize planning, standardization, minimizing work, ergonomics, appropriate unit loads, space utilization, integrating material movement into a coordinated system, automation where feasible, considering environmental impact, and conducting a thorough life cycle cost analysis. Adhering to these principles can increase productivity, customer service and profitability.
SELECTION OFMaterial handling EQUIPMENT FOR CONSTRUCTION PROJECT.pptxDIBYARANJAN MAHANTA
This document discusses the selection and use of material handling equipment (MHE) at construction project sites. It defines material handling and outlines its objectives, including cost reduction, waste reduction, and improved productivity and working conditions. Key factors in selecting MHE are identified, such as suitability, capacity, availability, and cost. The principles of planning, material flow, and mechanization are covered. Steps in the selection process include establishing the study scope, determining material volumes and needs, evaluating alternative systems, and selecting equipment categories. Advantages of using MHE include improved efficiency and reduced costs, while disadvantages include additional capital and maintenance costs.
The document discusses principles for improving material handling to enhance customer service, team productivity, and profitability. It outlines various principles such as planning, unit load, space utilization, standardization, ergonomics, energy efficiency, flexibility, safety, and cost analysis. The principles provide guidance on effectively designing integrated material handling systems and procedures that consider workflow, equipment, maintenance, safety, and costs. The overall goal is to establish efficient material movement and storage operations.
IV. System Design and Optimization .pptxCaptainPats
Optimizing a feed mill's process flow and layout can improve efficiency, safety, quality control, flexibility, and reduce costs. Process flow analysis identifies how materials move through each step to find problems. Layout planning arranges machines, workers, and space efficiently to save time and make work safer. Calculations determine material and product types, production requirements, flow rates and appropriate handling equipment. The layout should minimize handling steps, optimize placement to shorten distances, utilize vertical space and implement lean principles.
1. Medium-Term Fiscal Framework, Expenditure Management Framework, and Guidel...ssuser486a8b
This document outlines guidelines for Philippines' national budget preparation for fiscal year 2025, including the medium-term fiscal framework and expenditure management framework. It discusses macroeconomic and fiscal targets, the two-tier budgeting approach separating ongoing and new spending, and instructions for agencies to submit tier 1 forward estimates based on prior budget utilization and tier 2 proposals for new programs that are implementation ready. The key message is that FY2025 budget allocations will be optimized considering debt burden and competing demands, prioritizing agencies with strong prior budget utilization and project implementation progress.
The document describes a linear programming problem involving minimizing the cost of fertilizer for a farmer's field. There are two fertilizer brands to choose from, each providing different amounts of nitrogen and phosphate per bag. The farmer needs at least 16 pounds of nitrogen and 24 pounds of phosphate. The objective is to minimize the total cost by determining the optimal number of bags of each fertilizer brand to purchase. The problem is formulated as a linear program with decision variables, constraints, and an objective function to minimize total cost.
This document provides an overview of the Philippine government budgeting process. It discusses key concepts like what government budgeting is, why it is important, and the major phases involved (preparation, authorization, execution, accountability). Specific details are given around how the annual national budget is prepared, including the budget call, stakeholder engagement, technical hearings, and executive review. The process of how the budget becomes law through congressional deliberation and presidential approval is also outlined.
Strategic planning allows organizations to focus their resources on long-term goals. It involves creating a vision and mission, setting objectives, analyzing strengths/weaknesses/opportunities/threats, crafting a strategy, implementing the strategy, and evaluating performance. Key aspects of strategic planning include developing vision and mission statements, conducting a SWOT analysis, creating SMART objectives, determining required management functions and business functions, and allocating capital and operating expenditures. The overall process helps organizations prioritize efforts, strengthen operations, and adapt to changing environments.
The document discusses Human Resource Information Systems (HRIS). It states that HRIS is a software or online system that handles data entry, tracking, and information related to human resources, payroll, and accounting functions within a business. HRIS allows HR departments to make decisions, coordinate activities, and plan in an effective manner with reduced manual work. It consists of components that work together to gather, process, and store employee information.
HRIS is a systematic procedure for collecting, storing, maintaining, and validating human resources data needed by an organization. It has components for data collection, report generation, and acquiring and implementing the system through needs analysis, design and development, and implementation and maintenance. HRIS is used for strategic HRM, job analysis, EEO reports, recruitment and selection, HR development, performance appraisal, compensation and benefits, health and safety, and labor relations. Ethical issues around privacy and disclosure as well as evaluation of efficiency and equity must also be considered.
The global financial system has impacted Philippine external debt in several ways:
1. There was a shift from commercial bank lending to official development assistance (ODA) from multilateral institutions, with policy conditionalities requiring economic reforms.
2. Debt stocks increased due to movements in exchange rates rather than new loans. More loans were needed to finance development and service existing debt.
3. Debt service became the primary concern, requiring elimination of arrears to protect creditors and ensure continued lending.
4. Debt burdens had severe socioeconomic impacts through high debt service ratios and austerity policies under structural adjustment programs.
5. Commercial banks reduced exposure to developing country debt through various debt reduction schemes. While reducing
This document outlines the strategic planning process for an organization. It defines strategic planning as formulating long-term objectives and allocating resources to pursue strategies. The purposes of strategic planning include setting priorities, focusing on goals, and managing risks. Key tasks in strategic planning are forming a vision/mission, setting objectives, crafting strategies, implementing strategies, and evaluating performance.
Policy Analysis.Highlights of Units I & II-1 (1).pptssuser486a8b
This document provides an overview of policy analysis and the policy process. It discusses policy analysis as a multidisciplinary applied social science aimed at understanding policy issues, alternatives, and outcomes. The goal is to produce recommendations and advice for decision makers. Key aspects covered include common policy domains, the integrated policy analysis process, rationales for public policy like market failures, and the role of policy analysis at different stages of the policy-making process from agenda setting to evaluation.
Republic Act 7042, also known as the Foreign Investments Act of 1991, is the primary law governing foreign investment in the Philippines. It liberalized foreign investment and opened most economic sectors to full foreign ownership, with the exception of those appearing on a Foreign Investment Negative List. The law defines foreign investment and investors, sets investment policies, and establishes the registration process for foreign-owned enterprises. It aims to promote investments that boost the economy, create jobs, and transfer technology, while gradually increasing Filipino participation in foreign-owned companies. The Securities and Exchange Commission, Board of Investments, and Bureau of Trade Regulation oversee compliance with the Foreign Investments Act.
This document discusses poverty, inequality, and methods for measuring them. It begins by defining poverty as a lack of basic needs and outlines its key characteristics. It then defines inequality as disparities in things like income, power, and opportunity. The document examines questions about the relationship between economic growth, income distribution, and poverty. It explores how poverty and inequality are measured using methods like the headcount index, poverty gap, Gini coefficient, and Foster-Greer-Thorbecke index. Overall, the document provides an overview of key concepts and issues relating to poverty, inequality, and their measurement.
1. The document discusses various ways to define and measure poverty, including using an income threshold of $1.90 per day or calculating poverty rates relative to national incomes.
2. Data on growth rates and changes in poverty rates are provided for several countries from 1981 to recent years, showing both increases and decreases in poverty.
3. Inequalities in income and development outcomes worldwide are examined, with the poorest 20% of the global population receiving only 1% of total world income according to 2007 data.
This document discusses materials handling, including its definition, scope, importance, negative aspects, and principles. Materials handling involves the safe and economical loading, moving, and unloading of materials. It aims to efficiently and safely move materials to their desired location in a timely manner while utilizing minimal space and costs. Key principles for effective materials handling include planning layout and flow, utilizing gravity when possible, and optimizing the movement of materials.
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Building Your Employer Brand with Social MediaLuanWise
Presented at The Global HR Summit, 6th June 2024
In this keynote, Luan Wise will provide invaluable insights to elevate your employer brand on social media platforms including LinkedIn, Facebook, Instagram, X (formerly Twitter) and TikTok. You'll learn how compelling content can authentically showcase your company culture, values, and employee experiences to support your talent acquisition and retention objectives. Additionally, you'll understand the power of employee advocacy to amplify reach and engagement – helping to position your organization as an employer of choice in today's competitive talent landscape.
How are Lilac French Bulldogs Beauty Charming the World and Capturing Hearts....Lacey Max
“After being the most listed dog breed in the United States for 31
years in a row, the Labrador Retriever has dropped to second place
in the American Kennel Club's annual survey of the country's most
popular canines. The French Bulldog is the new top dog in the
United States as of 2022. The stylish puppy has ascended the
rankings in rapid time despite having health concerns and limited
color choices.”
Event Report - SAP Sapphire 2024 Orlando - lots of innovation and old challengesHolger Mueller
Holger Mueller of Constellation Research shares his key takeaways from SAP's Sapphire confernece, held in Orlando, June 3rd till 5th 2024, in the Orange Convention Center.
The 10 Most Influential Leaders Guiding Corporate Evolution, 2024.pdfthesiliconleaders
In the recent edition, The 10 Most Influential Leaders Guiding Corporate Evolution, 2024, The Silicon Leaders magazine gladly features Dejan Štancer, President of the Global Chamber of Business Leaders (GCBL), along with other leaders.
The APCO Geopolitical Radar - Q3 2024 The Global Operating Environment for Bu...APCO
The Radar reflects input from APCO’s teams located around the world. It distils a host of interconnected events and trends into insights to inform operational and strategic decisions. Issues covered in this edition include:
Anny Serafina Love - Letter of Recommendation by Kellen Harkins, MS.AnnySerafinaLove
This letter, written by Kellen Harkins, Course Director at Full Sail University, commends Anny Love's exemplary performance in the Video Sharing Platforms class. It highlights her dedication, willingness to challenge herself, and exceptional skills in production, editing, and marketing across various video platforms like YouTube, TikTok, and Instagram.
Understanding User Needs and Satisfying ThemAggregage
https://www.productmanagementtoday.com/frs/26903918/understanding-user-needs-and-satisfying-them
We know we want to create products which our customers find to be valuable. Whether we label it as customer-centric or product-led depends on how long we've been doing product management. There are three challenges we face when doing this. The obvious challenge is figuring out what our users need; the non-obvious challenges are in creating a shared understanding of those needs and in sensing if what we're doing is meeting those needs.
In this webinar, we won't focus on the research methods for discovering user-needs. We will focus on synthesis of the needs we discover, communication and alignment tools, and how we operationalize addressing those needs.
Industry expert Scott Sehlhorst will:
• Introduce a taxonomy for user goals with real world examples
• Present the Onion Diagram, a tool for contextualizing task-level goals
• Illustrate how customer journey maps capture activity-level and task-level goals
• Demonstrate the best approach to selection and prioritization of user-goals to address
• Highlight the crucial benchmarks, observable changes, in ensuring fulfillment of customer needs
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2. Material Handling
Definition
™Material handling is the function of moving the
right material to the right place in the right time, in
the right amount, in sequence, and in the right
condition to minimize production cost.
™The cost of MH estimates 20-25 of total
manufacturing labor cost in the United States [The
Material Handling Industry of America (MHIA)]
3. Material Handling
Definition
Material handling is defined as the art & science of moving
Packing & storing of material in any form . The industry
comprises establishments primarily engaged in
manufacturing material handling equipment. This
definition includes :
•Aerial work platforms, hydraulic or electric truck or
carrier mounted, manufacturing
•Escalators and parts, manufacturing
•Automobile wrecker hoists, manufacturing
•Hoisting and lifting machinery, manufacturing
•Carts for moving goods (e.g., laundry, grocery),
manufacturing
4. Material Handling
Definition
•Industrial trucks, tractors, trailers and stackers and parts,
manufacturing
•Conveyors and conveying equipment, manufacturing
•Tackle blocks, metal, manufacturing
•Cranes, industrial, manufacturing
•Walkways, moving, manufacturing
•Dollies and hand trucks, manufacturing
•Wheelbarrows, manufacturing
•Elevators and parts, manufacturing
•Winches, manufacturing
5. Scope of
Material Handling
There are three perspectives about material
handling.
™The traditional point of view:Emphasis is on
material movement from one Location to another
within the confines of individual plant
™Plant wide concern:focuses on overall flow of
material.
™The system point of view:Requires visualization
of materials handling problem,the physical
distribution activities as a one encompassing
system.
6. The Importance
The Importance of
of
Material Handling
Material Handling
™Material handling is an important part of factory and
industrial processes. It covers the entire spectrum of
functions such as waste handling, assembly line
management, storage and material transport.
™A material handling system includes several smaller
components that work side by side, to make the everyday
business more efficient and cost effective.
™New advances in technology have revamped the entire
material handling system and function. Robotics and
automation techniques are increasingly becoming prevalent.
™ If you have an existing business, consider hiring a
consultant, to set up your material handling processes.
7. The Importance
The Importance of
of
Material Handling
Material Handling
™Such experts derive conclusions regarding overall
efficiency of operations, recommend appropriate safety
precautions and ensure regulatory acquiescence. Do an
adequate study and search for both a material handling
expert as also appropriate material handling systems
required for your purpose and set up an efficient and
effective material handling system for your organization.
8. The Objectives of
The Objectives of
Material Handling
Material Handling
™The primary Objective is to reduce unit costs of production
™Maintain or improve product quality, reduce damage of
materials
™Promote safety and improve working conditions
™Promote productivity
–material should flow in a straight line
–use gravity! It is free power
–move more material at one time
–mechanize material handling
–automate material handling
9. Material Handling
Material Handling
Principles
Principles
1. Orientation Principle
Study the system relationships thoroughly prior to
preliminary planning in order to identify existing methods
and problems, physical and economic constraints, and to
establish future requirements and goals.
2. Planning Principle
Establish a plan to include basic requirements, desirable
options, and the consideration of contingencies for all
material handling and storage activities.
10. Material Handling
Material Handling
Principles
Principles
3. Systems Principle
Integrate those handling and storage activities which are
economically viable into a coordinated system of operation
including receiving, inspection, storage, production,
assembly, packaging, warehousing, shipping and
transportation.
4. Unit Load Principle
Handle product in as large a unit load as practical.
5. Space Utilization Principle
Make effective utilization of all cubic space.
6. Standardization Principle
Standardize handling methods and equipment wherever
possible.
11. Material Handling
Material Handling
Principles
Principles
7. Ergonomic Principle
Recognize human capabilities and limitations by designing
material handling equipment and procedures for effective
interaction with the people using the system.
8. Energy Principle
Include energy consumption of the material handling
systems and material handling procedures when making
comparisons or preparing economic justifications.
9. Ecology Principle
Minimize adverse effects on the environment when selecting
material handling equipment and procedures.
12. Material Handling
Material Handling
Principles
Principles
10. Mechanization Principle
Mechanize the handling process where feasible to increase
efficiency and economy in the handling of materials.
11. Flexibility Principle
Use methods and equipment which can perform a variety of
tasks under a variety of operating conditions.
12. Simplification Principle
Simplify handling by eliminating, reducing, or combining
unnecessary movements and/or equipment.
13. Gravity Principle
Utilize gravity to move material wherever possible, while
respecting limitations concerning safety, product damage
and loss.
13. Material Handling
Material Handling
Principles
Principles
14. Safety Principle
Provide safe material handling equipment and methods
which follow existing safety codes and
regulations in addition to accrued experience.
15. Computerization Principle
Consider computerization in material handling and storage
systems, when circumstances warrant, for improved material
and information control.
16. System Flow Principle
Integrate data flow with the physical material flow in
handling and storage.
14. Material Handling
Material Handling
Principles
Principles
17. Layout Principle
Prepare an operational sequence and equipment layout for
all viable system solutions, then select the alternative system
which best integrates efficiency and effectiveness.
18. Cost Principle
Compare the economic justification of alternate solutions in
equipment and methods on the basis of economic
effectiveness as measured by expense per unit handled.
19. Maintenance Principle
Prepare a plan for preventive maintenance and scheduled
repairs on all material handling equipment.
20. Obsolescence Principle
15. Material Handling Costs
Material Handling Costs
The costs of material handling arises from two sources
™The cost of owning & maintaining the equipment.
™Cost of operating System
Every effort should be made to how to reduce the
material handling cost.There are three functional ways:
1.Eliminating handling itself,where ever & whenever
possible
2.Mechanizing largely by conveyors power driven trucks.
3.Making the necessary handling more efficient
16. Material Handling Costs
Material Handling Costs
•Unit load - number of items or bulk
material arranged so they can be picked
up and delivered as one load
•Large or small?
•If large, cost/unit handled decreases
•But, depending upon
–cost of unitizing, de-unitizing
17. Material Handling Costs
Material Handling Costs
–space required for material handling
– material handling carrier payload
– work-in-process inventory costs
–storage and return of empty pallets or containers used to
hold the unit load
•smaller unit load may be desired
–space required for material handling
– material handling carrier payload
– work-in-process inventory costs
- storage and return of empty pallets or containers used
to hold the unit load
18. Factors for consideration in planning Material
Material
Flow(
Flow(Material Characteristics)
Material Characteristics)
Category
Physical state
Size
Weight
Shape
Condition
Safety risk and risk
of damage
Measures
Solid, liquid, or gas
Volume; length, width, height
Weight per piece, weight per unit
volume
Long and flat, round, square, etc.
Hot, cold, wet, etc.
Explosive, flammable, toxic;
fragile, etc.
19. Factors for consideration in planning Material
Material
Flow
Flow(
( Plant Layout
Plant Layout)
Layout Type
Fixed – position
Process
Product
Characteristics
Large product
size, low
production rate
Variation in
product and
processing, low
and medium
production rates
Limited product
variety, high
production rate
Typical MH
Equipment
Cranes, hoists,
industrial trucks
Hand trucks, forklift
trucks, AGVs
Conveyors for
product flow, trucks
to deliver
components to
stations.
20. Material Handling Costs
Material Handling Costs
Seven steps to design a unit load
™Unit load concept applicable?
™Select the unit load type
™Identify most remote source of load
™Determine farthest practicable destination for
load
™Establish unit load size
™Determine unit load configuration
™Determine how to build unit load
21. Material Handling Devices
Material Handling Devices
•Material handling equipment includes:
–Transport Equipment: industrial trucks,
Automated Guided vehicles (AGVs), monorails,
conveyors, cranes and hoists.
–Storage Systems: bulk storage, rack systems,
shelving and bins, drawer storage, automated
storage systems.
–Unitizing Equipment: palletizers
–Identification and Tracking systems
22. Material Handling Devices
Material Handling Devices
•Conveyors
•Palletizers
•Pallet Lifting Devices
•Trucks
•Robots
•AGVs
•Jibs, Cranes and Hoists
•Warehouse MHSs
23. Material Handling Devices
Material Handling Devices
Conveyors:
•Accumulation,Belt,Bucket
•Can,Chain,Chute,Gravity
•Pneumatic or vacuum
•Power and free,Roller
•Screw,Skid,Slat
•Tow line,Trolley
•Wheel
25. Material Handling Devices
Material Handling Devices
Robots:
•Point-to-point
•Contouring or continuous path
•Walkthrough or teach
•Lead through or teach pendant
•Hydraulic
•Servo-controlled
26. Material Handling Methods
Material Handling Methods
1. Inspect materials for slivers, jagged edges, burrs, rough
or slippery surfaces.
2. Get a firm grip on the object.
3. Keep fingers away from pinch points, especially when
setting down materials.
4. When handling lumber, pipe or other long objects, keep
hands away from the ends to prevent them from being
pinched.
5. Wipe off greasy, wet, slippery or dirty objects before
trying to handle them.
6. Keep hands free of oil and grease.
27. Material Handling Methods
Material Handling Methods
Lifting and Carrying
Before employees are assigned to jobs requiring heavy
and/or frequent lifting, make sure they are physically suited
for the job.
If a load is thought to be more than one employee can
handle, assign two employees to the operation or supply
materials handling equipment. Instruct employees in proper
ways to lift.
Proper Way To Lift
Here are six steps to safe lifting:
•Keep feet apart - one alongside, one behind the object;
•Keep back straight, nearly vertical; bend at the knees
instead of the waist;
28. Material Handling Methods
Material Handling Methods
1. Tuck your chin in;
2. Grip the object with the whole hand;
3. Tuck elbows and arms in;
4. Keep body weight directly over feet
When bulky objects are to be handled or when objects are to
be carried on the shoulder, employees shall be trained in
these techniques for special situations.
Handling Barrels and Drums
Whenever possible, use a dolly or other mechanical device
when moving barrels or drums.
If two employees are assigned to up-end a full drum, they
should use the following procedures:
29. Material Handling Methods
Material Handling Methods
1. Stand on opposite sides of the drum and face each other;
2. Grasp both chimes (rolled edges at both ends of the
barrel) near their high points, lift one end; press down on
the other;
3. As the drum is up-ended and brought to balance on the
bottom chime, release the grip on the bottom chime and
straighten the drum.
When two employees are to overturn a full drum, they
should use this procedure:
1. Make sure there is enough room. Cramped quarters can
result in badly injured hands.
30. Material Handling Methods
Material Handling Methods
1. Both stand near each other, facing the drum.
Grip the closest point of the top chime with both
hands, resting palms against the side of the
drum, push until the drum balances on the lower
chime.
2. Step forward a short distance, and each
employee releases one hand from the top chime
in order to grip the bottom chime. They ease the
drum down to a horizontal position until it rests
solidly on its side.