Operations Management

Topic No 1 Introduction to Operations Management

Operations Management is the process of planning, organizing, and controlling the activities involved in producing goods and delivering services efficiently and effectively. Operations Management is concerned with efficiently converting inputs into goods and services while achieving the desired quality, cost, quantity, and delivery time.

Operations management is the process of managing the resources and activities required to produce goods and deliver services to customers. Operations management focuses on producing the right product or service, in the right quantity, at the right quality, at the right time, and at the right cost.

Definition-Operations management is the management of resources and processes used to convert inputs such as materials, labour, money, and technology into finished goods or services.

Definition of Operations Management

Operations Management is the systematic planning, organizing, directing, and controlling of activities involved in transforming inputs such as materials, labour, capital, and technology into goods and services efficiently and effectively.

Image summary: A systems diagram showing the flow from Input to Process to Output. Inputs include capital, land, labor, and staff; these enter a conversion process within a larger environment of unpredictable fluctuations such as late deliveries and recession, resulting in outputs like products, financial results, and customer satisfaction. A feedback loop at the bottom monitors inventory, labor efficiency, and employee turnover to inform the input. The diagram depicts the operational cycle of a business and how it is influenced by external volatility and internal feedback.

Major Functions of Operations Management

1. Production Planning – Deciding what, how much, and when to produce.

2. Capacity Planning – Determining the required production capacity.

3. Quality Management – Maintaining the desired quality of products and services.

4. Inventory Management – Managing raw materials, work-in-progress, and finished goods.

5. Supply Chain Management – Managing the flow of materials and products from suppliers to customers.

6. Facility Location – Selecting an appropriate location for the business or production facility.

7. Plant Layout – Arranging machines, equipment, and work areas efficiently.

8. Scheduling – Deciding when specific production activities should be performed.

9. Maintenance Management – Keeping machinery and equipment in working condition.

10. Cost and Productivity Management – Reducing waste and improving the efficient use of resources.

Image summary: A diagram illustrating Production/Operations Management as a central hub connected to eight surrounding components: Location of Facilities, Plant Layout & Material Handling, Product Design, Process Design, Production Planning and Control, Quality Control, Material Management, and Maintenance Management. The diagram shows that Production/Operations Management integrates these diverse operational functions to coordinate the overall manufacturing or service process.

Objectives of Operations Management-The main objectives are to achieve:

• Increase productivity

• Reduce costs

• Minimize waste

• Improve quality

• Satisfy customers

- Make efficient use of resources

• Ensure timely delivery

Topic No 2 Fundamentals of Operations Management

Operations Management (O.M) is concerned with managing the process of converting inputs into goods and services efficiently and effectively. Its fundamentals provide the foundation for managing production and service operations. The fundamentals of operations management involve planning and controlling resources, processes, quality, capacity, inventory, supply chains, technology, and costs to produce goods and services efficiently and satisfy customer needs.

Operations Management refers to the basic principles and activities involved in the processes through which an organization converts inputs into goods and services. It focuses on the effective utilization of resources such as labour, materials, machines, money, technology, and information to achieve organizational objectives. Fundamentals include capacity management, production scheduling, inventory management, quality management, supply chain management, cost reduction, process design, and continuous improvement.

Operations Management also emphasizes waste reduction, innovation, and customer satisfaction. By managing these areas effectively, organizations can improve productivity, reduce costs, maintain quality, ensure timely delivery, and develop a strong competitive advantage in the market. Fundamentals of Operations Management include

1. Operations Strategy-Developing a strategy that aligns operations with the organization's overall goals, such as cost reduction, quality improvement, flexibility, and customer satisfaction.

2. Product and Service Design-Designing products and services according to customer needs, quality standards, cost requirements, and market demand.

3. Process Management-Determining how goods or services will be produced or delivered. It includes selecting appropriate technology, methods, equipment, and workflows.

4. Capacity Planning-Determining the amount of production or service capacity required to meet expected demand. Ex-A factory must decide how many machines and workers are required to produce 10,000 units per month.

5. Facility Location-Selecting the best location for a factory, warehouse, office, or service facility based on factors such as transportation, labour availability, markets, and costs.

6. Facility Layout-Arranging machines, equipment, departments, and workspaces to ensure the smooth and efficient flow of materials, people, and information.

7. Production Planning and Scheduling-Planning what to produce, how much to produce, when to produce, and how resources will be allocated.

8. Inventory Management-Managing raw materials, work-in-progress, and finished goods so that the organization has sufficient inventory without excessive investment.

9. Quality Management-Ensuring that products and services meet established quality standards and customer expectations. Important approaches include: Total Quality Management (T.Q.M), Quality control, Six Sigma, Continuous improvement

10. Supply Chain Management-Managing the flow of materials, information, and products from suppliers through production to the final customer.

11. Maintenance Management-Maintaining machinery, equipment, and facilities to reduce breakdowns, downtime, and production losses.

12. Productivity Management-Improving the relationship between outputs and inputs. Higher productivity means producing more output with the same or fewer resources.

Math summary: This expression calculates productivity. It is determined by dividing the total output by the total input.

13. Cost Management-Controlling production and operating costs while maintaining the required quality and service levels.

14. Lean Operations-Reducing activities that do not add value to the customer and minimizing waste, waiting time, defects, excess inventory, and unnecessary movement.

15. Technology and Automation-Using technologies such as automation, robotics, artificial intelligence, IoT, e.r.p, and data analytics to improve efficiency and decision-making.

16. Sustainability-Modern operations management also focuses on:

• Energy efficiency

• Waste reduction

• Sustainable materials

• Green production

• Environmental protection

• Social responsibility

Topic No 3 Importance of Operations Management

Operations Management is important because it ensures that an organization uses its people, materials, machines, technology, money, and time efficiently to produce goods and services and satisfy customers.

Operations management is important because it helps an organization produce goods and services efficiently, maintain quality, control costs, use resources effectively, satisfy customers, and achieve long-term profitability and growth.

Major Importance of Operations Management

1. Efficient Use of Resources-It ensures the effective use of labour, materials, machines, capital, and technology, reducing wastage.

2. Improves Productivity-Operations management helps organizations produce more output using the same or fewer resources, thereby improving productivity.

3. Reduces Cost-Proper planning, inventory control, process improvement, and waste reduction help reduce production and operating costs.

4. Ensures Quality-Quality management ensures that products and services meet required standards and customer expectations.

5. Customer Satisfaction-It helps provide the right product or service, at the right time, in the right quantity, and at the right quality.

6. Better Production Planning-It determines what to produce, how much to produce, when to produce, and what resources are required.

7. Effective Inventory Management-It maintains an appropriate level of raw materials and finished goods, avoiding both shortages and excess inventory.

8. Optimum Capacity Utilization-It helps organizations use their production capacity effectively and avoid idle machines, labour, and facilities.

9. Timely Delivery-Effective scheduling and supply chain management help ensure that goods and services are delivered on time.

10. Improves Competitiveness-Efficient operations allow organizations to compete through lower costs, better quality, faster delivery, and greater flexibility.

11. Supports Innovation and Technology-Operations management helps organizations adopt automation, A.I, robotics, e.r.p, IoT, and other technologies to improve performance.

12. Reduces Waste-Techniques such as Lean Management, Just-in-Time (J.I.T), and Total Quality Management (T.Q.M) help minimize waste and inefficiencies.

13. Supports Business Growth-Efficient operations provide the foundation for expanding production, entering new markets, and serving more customers.

14. Promotes Sustainability-Modern operations management focuses on energy efficiency, waste reduction, recycling, sustainable production, and environmental protection.

15. Improves Profitability-Better productivity, lower costs, improved quality, and higher customer satisfaction ultimately contribute to higher profitability.

Topic No 4 Historical Evolution of Operations Management

The historical evolution of Operations Management shows how organizations have gradually moved from simple manual production to scientific management, mass production, lean systems, automation, and Industry 4.0.

The evolution of Operations Management represents a shift from manual and craft-based production toward scientific management, mass production, quality-focused systems, lean manufacturing, computerization, global supply chains, and today's digitally connected smart operations.

The central objective throughout this evolution has remained the same: to use resources efficiently, improve productivity and quality, reduce costs and waste, and satisfy customers.

1. Craft Production – Before the Industrial Revolution

Before the 18th century, most goods were produced by skilled craftsmen using hand tools.

Characteristics:

• Small-scale production

• Skilled workers

• Customized products

• Manual processes

• Limited standardization

Example: Handcrafted furniture, clothing, and tools.

2. Industrial Revolution – The Industrial Revolution brought machines and factories into production. Production became faster and more standardized.

Major developments included:

• Mechanization

• Factory production

- Division of labour

• Steam power

- Large-scale production

3. Scientific Management – Frederick Winslow Taylor introduced Scientific

Management, emphasizing the scientific study of work to improve productivity. Taylor is often regarded as one of the key pioneers of modern operations management.

Major ideas included:

• Time and motion studies

• Standardization of work

• Specialization

• Scientific selection and training of workers

• Performance-based incentives

4. Mass Production – Henry Ford popularized the assembly-line production system in the automobile industry. The focus shifted from producing customized products to producing large quantities at lower cost.

Main features:

• Standardized products

• Assembly lines

• Division of labour

• High-volume production

• Lower unit costs

Example: Ford's automobile production system.

5. Human Relations Approach – The Hawthorne Studies, associated with Elton Mayo and his colleagues, highlighted the importance of human factors in workplace productivity. This demonstrated that operations are not only about machines and processes but also about people.

Attention expanded to:

Employee motivation

• Leadership

• Group behaviour

• Communication

• Working conditions

Employee satisfaction

6. Operations Research – 1940s–1950s-During and after World War 2, mathematical and analytical techniques were increasingly used to solve complex operational problems. This helped managers make data-based operational decisions. Important techniques included:

- Linear programming

• Queuing theory

• Inventory models

• Simulation

- Decision analysis

• Forecasting

7. Quality Management – Quality became a major focus of operations management.

Organizations began emphasizing:

• Quality control

• Statistical process control

• Continuous improvement

• Customer satisfaction

• Prevention of defects

8. Japanese Manufacturing and Just-in-Time – Japanese companies, particularly Toyota, developed highly efficient production approaches. The objective was to produce what is needed, when it is needed, with minimum waste.

Major concepts:

• Just-in-Time (J.I.T)

• Kaizen

- Lean production

• Total Quality Management (T.Q.M)

• Waste reduction

- Continuous improvement

9. Computerization and e.r.p – Computers transformed operations management. Operations became increasingly information-driven. Organizations began using:

• Computer-Aided Manufacturing (cam)

• Computer-Aided Design (C-A-D)

• Material Requirements Planning (m.r.p)

- Enterprise Resource Planning (e.r.p)

- Automated inventory systems

• Computerized scheduling

10. Globalization and Supply Chain Management – As businesses became globally connected, operations management expanded beyond the factory. Managers began focusing on the entire supply chain:

Supplier to Manufacturer to Distributor to Retailer to Customer

Important areas included:

• Global sourcing

• Logistics

• Transportation

• Supplier management

• Outsourcing

• Distribution

- Customer relationship management

11. Modern Operations Management – Modern operations management emphasizes speed, flexibility, quality, innovation, customer satisfaction, and sustainability. Organizations increasingly use:

- Big Data

• Cloud computing

• Artificial Intelligence

• Robotics

• IoT

- Advanced analytics

• Automation

12. Industry 4.0 and Smart Operations-The latest stage is often associated with Industry 4.0, where physical production systems are connected with digital technologies. This has resulted in the development of smart factories capable of monitoring and optimizing operations in real time.

Major technologies:

• Artificial Intelligence (A.I)

• Internet of Things (IoT)

• Robotics

• Machine learning

• Cloud computing

- Predictive maintenance

- Real-time data analytics

Image summary: A timeline diagram depicting the evolution of operations management from the Industrial Revolution to today. It progresses from the Cottage System of artisan workshops to Eli Whitney's interchangeable parts in the 1790s, the Factory System of the late 1800s, Taylor's Scientific Management in the early 1900s, Gantt Chart development in the 1920s, and finally Modern Project Management. Underlying these stages are key concepts including the division of labor, mass production, mechanization, time and motion studies, and lean production. The overall point is to illustrate the shift from small-scale manual labor to highly structured, technology-driven modern project management.

Evolution at a Glance

: Table summary: The evolution of production focuses on a transition from manual craftsmanship to smart, connected operations. Before 1800, the focus was on skilled labour through craft production, which shifted to mechanization during the Industrial Revolution of the 18th and 19th centuries. The early 20th century saw a move toward productivity via Scientific Management and mass production through Ford's assembly line between the 1910s and 1930s. Mid-century developments shifted toward people and motivation in Human Relations from the 1930s to 1940s, followed by mathematical analysis in Operations Research during the 1940s and 1950s. From the 1950s through the 1980s, the focus moved to quality improvement in Quality Management and then to JIT, Kaizen, and Lean within Japanese production. The late 20th century was defined by computerization, including MRP, ERP, and automation from the 1980s to 2000s, alongside a focus on the supply chain due to Globalization. Since the 2000s, the focus has moved to data and technology in digital operations, leading to the present era of Industry 4.0 and smart, connected operations.

Topic no 5 Operations Strategy

Operations strategy is a long-term plan that determines how an organization will manage its resources, processes, technology, people, and operations to achieve its overall business objectives and satisfy customer needs. Operations strategy is the long-term approach an organization uses to manage its production and service operations in order to achieve business objectives, satisfy customers, and gain a competitive advantage.

Definition — Operations strategy is a long-term plan for designing and managing an organization's operations so that they support the overall business strategy and create competitive advantage.

Example-Suppose a company wants to compete by offering low-priced products.

Its operations strategy may focus on: Large-scale production leads to Automation leads to Low material cost leads to Reduced waste leads to Lower production cost leads to Low selling price

On the other hand, a company competing through high quality will focus more on quality control, skilled employees, superior materials, and advanced technology.

Objectives of Operations Strategy

The major objectives are:

1. Cost – Produce goods and services at the lowest possible cost.

2. Quality – Maintain consistent and high-quality products or services.

3. Speed – Deliver products and services quickly.

4. Flexibility – Respond quickly to changes in customer demand.

5. Innovation – Introduce new products, processes, and technologies.

6. Sustainability – Reduce environmental impact and use resources responsibly.

Key Decision Areas-Operations strategy involves decisions about:

• Capacity – How much should the organization produce?

• Location – Where should facilities be located?

• Process – How should products or services be produced?

• Technology – What technology and automation should be used?

• Quality – What quality standards should be maintained?

• Inventory – How much inventory should be maintained?

• Supply Chain – How should suppliers and logistics be managed?

• Workforce – What skills and number of employees are required?

• Maintenance – How should equipment and facilities be maintained?

Competitive Priorities

Table summary: Definitions for six business priorities. Cost focuses on competitive pricing, Quality on reliable and high-quality products, and Speed on fast production and delivery. Dependability centers on reliable and timely delivery, Flexibility on the ability to respond to changes, and Innovation on developing new products and processes.

Example: Amazon, An e-commerce company may develop an operations strategy based on speed, reliability, technology, and customer convenience. It may therefore invest heavily in warehouses, inventory systems, logistics, automation, data analytics, and delivery networks.

Importance of Operations Strategy-Operations strategy helps an organization to:

- Align operations with business goals.

- Use resources efficiently.

• Reduce operating costs.

• Improve quality.

• Increase productivity.

• Respond to changing customer requirements.

• Adopt appropriate technology.

• Build competitive advantage.

• Improve customer satisfaction.

• Achieve long-term growth.

Topic No 6 Role of Operations in Strategy

Operations plays a vital role in implementing an organization's overall strategy. It converts business objectives into practical activities related to production, service delivery, resources, quality, cost, technology, and customer satisfaction.

The role of operations in strategy is to convert an organization's strategic objectives into efficient production and service processes that deliver value to customers and create competitive advantage.

Major Roles of Operations in Strategy

1. Achieving Business Objectives-Operations ensures that production and service activities are aligned with the organization's overall goals.

2. Creating Competitive Advantage-Efficient operations can help a company compete through low cost, high quality, fast delivery, reliability, and flexibility.

3. Cost Reduction-Effective operations reduce wastage, improve productivity, and control operating costs.

4. Quality Improvement-Operations establishes quality standards and processes to ensure that products and services meet customer expectations.

5. Customer Satisfaction-Efficient operations ensure the right product, right quality, right quantity, right time, and right price.

6. Efficient Use of Resources-Operations manages labour, materials, machinery, capital, technology, and time efficiently.

7. Supporting Innovation-Operations helps introduce new products, production methods, technologies, and processes.

8. Flexibility and Responsiveness-Operations enables organizations to respond quickly to changes in customer preferences, demand, technology, and competition.

9. Supply Chain Management-Operations coordinates suppliers, production, inventory, logistics, and distribution to ensure smooth product flow.

10. Supporting Growth-Effective operations provide the capacity and systems required when an organization expands into new markets or increases production.

11. Risk Management-Operations helps organizations prepare for supply disruptions, equipment failures, quality problems, and changes in demand.

12. Sustainability-Modern operations strategies focus on reducing waste, energy consumption, emissions, and environmental impact.

Topic No 7 Competitive Dimensions in Operations Management

Competitive dimensions are the key factors through which a company competes in the marketplace and creates value for customers. In Operations Management, they guide decisions about how products and services should be produced and delivered.

Competitive dimensions are the major factors—such as cost, quality, speed, dependability, flexibility, innovation, and customer service—through which an organization competes and creates value for its customers.

Major Competitive Dimensions

1) Cost-It focuses on producing goods or services at a low cost. Efficient use of labour, materials, technology, and equipment helps reduce costs.

2) Example: A company offering affordable products through efficient mass production.

3) Quality-Providing products and services that consistently meet or exceed customer expectations. Includes product performance, reliability, durability, and conformance to standards.

4) Delivery Speed-Providing products or services to customers quickly. Fast production, efficient logistics, and good inventory management improve delivery speed.

5) Delivery Dependability-Delivering products when promised and according to customer requirements. Reliability builds customer trust.

6) Flexibility-The ability to respond to changes in customer demand, product design, volume, or production requirements. For example, quickly increasing production when demand rises.

7) Innovation-Developing new products, services, technologies, and processes. Innovation helps organizations remain competitive in changing markets.

8) Customer Service-Providing effective support before, during, and after the sale. Includes responsiveness, complaint handling, customization, and after-sales service.

9) Sustainability-Operating in an environmentally and socially responsible manner. Includes reducing waste, energy consumption, emissions, and use of non-renewable resources.

: Table summary: A breakdown of competitive dimensions and their respective strategic focuses. The framework defines eight key areas: Cost focuses on low operating and production expenses; Quality on superior and consistent standards; Speed on fast production and delivery; Dependability on reliable and timely delivery; Flexibility on the ability to respond to change; Innovation on new products, services, and processes; Customer Service on satisfaction and support; and Sustainability on environmentally responsible operations.

Topic No 8 Productivity and Competitiveness

Productivity and competitiveness are closely related concepts in Operations Management. Higher productivity enables an organization to produce more output using the same or fewer resources, which can help it compete effectively in the market.

Productivity means doing things efficiently, while competitiveness means doing them better than competitors in ways that customers value. Higher productivity can improve competitiveness by reducing costs, improving quality, increasing efficiency, and enabling better customer service.

1. Productivity-Productivity refers to the efficiency with which an organization converts inputs into outputs.

Definition-Productivity is the ratio of output produced to the resources or inputs used in producing that output.

Formula

Math summary: This formula calculates productivity. It determines the result by dividing the total output by the total input.

Example

If a factory produces 1,000 units using 100 labour hours:

Labour Productivity equals 1,000 divided by 100 equals 10 units per labour hour

Higher productivity means better utilization of resources.

Types of Productivity

1. Labour Productivity – Output per unit of labour.

2. Capital Productivity – Output generated from capital employed.

3. Material Productivity – Output compared with material consumed.

4. Total Factor Productivity – Output compared with multiple inputs such as labour and capital.

2. Competitiveness-Competitiveness refers to an organization's ability to compete successfully in the market and attract and retain customers.

A company can improve competitiveness by offering:

• Lower prices

• Better quality

• Faster delivery

• Reliable service

• Greater flexibility

• Innovative products

- Better customer service

Example-If two companies produce similar products, the company that can produce them at lower cost while maintaining good quality and delivering them on time is likely to be more competitive.

Factors Improving Both

• Modern technology

• Skilled employees

- Efficient processes

- Quality management

- Waste reduction

• Automation

- Effective supply chain

• Employee motivation

• Innovation

• Continuous improvement

Topic No 9 Measuring Productivity

Productivity measurement is the process of determining how efficiently an organization uses its resources to produce goods or services. It helps management identify efficiency, waste, performance, and areas for improvement.

Measuring productivity means comparing the amount of goods or services produced with the resources used to produce them. It helps an organization determine how efficiently it is using its resources and identify opportunities to reduce costs and improve performance.

Definition-Productivity is measured as the ratio of output produced to the input or resources used to produce that output.

Basic Formula

: Math summary: This expression calculates productivity as a ratio. It is computed by dividing the total output by the total input.

For example, if a factory produces 5,000 units using 500 labour hours:

Math summary: This expression calculates labour productivity. It divides five thousand units by five hundred labour hours to reach a final result of ten units per labour hour.

Therefore, productivity is 10 units per labour hour.

Types of Productivity Measurement

1. Labour Productivity-Measures output produced per unit of labour.

Math summary: This expression calculates labour productivity. It is determined by dividing the total output by the labour input.

Example: 1,000 units / 100 labour hours = 10 units per labour hour.

2. Capital Productivity-Measures output generated from the capital employed.

Math summary: This expression calculates capital productivity. It is determined by dividing the total output by the capital input.

It helps determine how efficiently machinery, equipment, buildings, and financial capital are being utilized.

3. Material Productivity-Measures the efficiency with which raw materials are used.

Math summary: This expression calculates material productivity. It is determined by dividing the total output by the total material input.

Higher material productivity generally indicates less material waste.

Importance of Measuring Productivity-Productivity measurement helps organizations to:

1. Evaluate operational efficiency

2. Identify wastage and inefficiencies

3. Control operating costs

4. Improve resource utilization

5. Set performance targets

6. Compare performance over time

7. Compare departments or plants

8. Improve employee and process performance

9. Support pricing and production decisions

10. Improve competitiveness and profitability

Factors Affecting Productivity

- Employee skills and training

• Technology and automation

- Quality of raw materials

• Machine utilization

• Production methods

• Employee motivation

- Management practices

- Workplace conditions

• Supply-chain efficiency

- Quality of products

- Capacity utilization

Topic No 10 Improving Productivity

Improving productivity means increasing the amount or value of output while using the same amount of resources, or producing the same output with fewer resources. Improving productivity means producing more and better output with the same or fewer resources by improving technology, employee skills, processes, quality, planning, and resource utilization.

Definition-Productivity improvement is the process of increasing output relative to the inputs used by improving the efficiency and effectiveness of people, processes, technology, materials, and other resources.

Ways to Improve Productivity

1. Use of Modern Technology-Automation, robotics, A.I, and advanced machinery can increase output and reduce errors.

2. Employee Training and Development-Skilled and well-trained employees can perform tasks faster, better, and with fewer mistakes.

3. Better Work Methods-Simplifying processes and eliminating unnecessary activities can save time and effort.

4. Effective Production Planning-Proper planning of materials, labour, machines, and schedules helps avoid delays and idle time.

5. Quality Improvement-Reducing defects, rework, and rejected products increases effective output.

6. Motivation of Employees-Incentives, recognition, good working conditions, and participation can improve employee performance.

7. Efficient Inventory Management-Maintaining optimum inventory prevents production stoppages while avoiding excessive stock.

8. Preventive Maintenance-Regular maintenance reduces machine breakdowns and production downtime.

9. Waste Reduction-Lean techniques and Just-in-Time (J.I.T) systems help eliminate unnecessary inventory, movement, waiting, defects, and other waste.

10. Better Facility Layout-An efficient layout reduces unnecessary movement of workers and materials.

11. Improved Supply Chain Management-Reliable suppliers, efficient transportation, and better coordination help maintain a smooth flow of materials.

12. Capacity Utilization-Better utilization of machines, equipment, and facilities increases output without proportionately increasing costs.

13. Standardization-Standard operating procedures help maintain consistency and reduce errors.

14. Continuous Improvement-Approaches such as Kaizen, T.Q.M, and Six Sigma encourage continuous improvement in processes.

15. Effective Management-Good leadership, communication, coordination, and decision-making improve overall organizational efficiency.

Productivity Improvement Cycle

Image summary: A flowchart showing a linear sequence of steps for productivity enhancement. The process flows from Measure Productivity, to Identify Problems, Analyze Causes, Improve Processes, Implement Changes, and Measure Again, ending with Continuous Improvement. The point is to establish a systematic cycle for ongoing operational improvement.

Example-A factory produces 10,000 units using 1,000 labour hours.

Productivity: 10,000 divided by 1,000 equals 10 units per hour

After employee training and process improvement, the factory produces 12,000 units using the same 1,000 hours.

12,000 divided by 1,000 equals 12 units per hour

Productivity has increased from 10 to 12 units per hour, representing a 20% improvement.

Benefits of Improving Productivity

- Lower production costs

• Higher profitability

- Better utilization of resources

• Reduced waste

• Improved quality

• Faster delivery

• Higher employee efficiency

• Greater customer satisfaction

• Increased competitiveness

- Sustainable business growth