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Chapter 14: Operations Planning and Management - Coggle Diagram
Chapter 14: Operations Planning and Management
02
Introduction to Operations Management
Subtopics
Definition
Operations Management (OM) involves designing, operating, and improving the systems that create and deliver a firm’s primary products and services.
Current Issues in Operations Management
Globalization: Managing supply chains across different countries.
Sustainability: Eco-friendly production and waste reduction.
Technology Integration: Automation, AI, and IoT in production.
Supply Chain Disruptions: Managing risks (e.g., pandemics, geopolitical issues
).
Background
It has evolved to include service industries, agriculture, healthcare, and more
Rooted in manufacturing and industrial engineering
Focuses on optimizing processes, reducing costs, and improving quality.
Evolved from industrial revolution and scientific management (Taylorism).
Integrates concepts from economics, statistics, and management science
03.Unique Characteristics of Agricultural Commodities
1.Seasonality: Production is often tied to growing seasons and weather patterns
Perishability: Products like fruits, vegetables, and milk have short shelf lives.
Variability: Yields can fluctuate due to pests, climate, or disease.
Storage & Transportation: Require specialized handling (cold storage, bulk transport
Market Sensitivity: Prices can be volatile and influenced by global events.
04.Plant and Facility Location Decisions
Key Elements in Location Decisions
Proximity to raw materials or markets
Labor availability and cost
Transportation and infrastructure
Government policies and incentives
Environmental regulations
Utilities and operational costs
Goal:
Minimize cost while maximizing accessibility and efficiency
05.Determining Plant or Facility Capacity
Factors to Consider
Demand forecasts: Predicting future market needs
Flexibility: Ability to scale up/down with demand
Technology constraints: Machinery and process limitations
Cost considerations: Economies of scale vs. underutilization
Lead time: Time needed to build or expand capacity
Types of Capacity:
Design capacity: Maximum output under ideal conditions
Effective capacity: Practical output accounting for downtime and inefficiencies
06.Types of Facility Layouts
Process Layout
Group similar operations together (e.g., all welding in one area)
Flexible but less efficient for mass production
Product Layout
Sequential arrangement (assembly line)
Efficient for high-volume, standardized production
Hybrid Layout
Combines elements of process and product layouts
Offers flexibility and efficiency
Fixed-Position Layout
Product remains stationary; workers/materials come to it
Suitable for large items (airplanes, ships, buildings)
07.Elements of Job Design
Key Elements:
Task variety and skill use
Autonomy and responsibility
Feedback and performance measurement
Work conditions and ergonomics
Motivation and job satisfaction
Job Design Approaches:
Job rotation: Varying tasks to reduce monotony
Job enlargement: Increasing task variety
Job enrichment: Adding responsibility and control
01.Learning Objectives
Introduction to Operations Management
Agricultural Commodities and Products
Plant and Facility Location Decisions
Capacity Planning
Facility Layout Types
Job Design