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Comprehensive vocabulary flashcards covering the core concepts, history, and roles within Operations Management based on the Chapter 1 lecture notes.
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Operations Management
Business function of planning, organizing, and controlling the process that transforms inputs into valuable goods/services to maximize efficiency, productivity, quality, and profitability.
Efficiency
Using the least resources with minimum waste while producing the desired output.
Productivity
Output produced from a given input (Output÷Input).
Quality
Degree of excellence that satisfies customer needs.
Profitability
Ability to earn more income than expenses.
Process Optimization
Improving a process by removing unnecessary steps and increasing efficiency.
Optimize
Make something as effective and efficient as possible.
Resource Allocation
Assigning resources where they are needed.
Optimizing Resource Allocation
Assign resources in the best way to maximize efficiency and minimize waste.
Supply Chain
Flow of goods, information, and resources from supplier to customer.
Supply Chain Management
Managing the flow of goods, information, and resources throughout the supply chain.
Scientific Management
Taylor's approach using scientific methods to find the most efficient way to work.
Lean Management
Eliminate waste and create value.
Agile Management
Flexibility and quick adaptation to change.
TQM
Continuous quality improvement involving everyone.
Sustainability
Continuing over time while using resources responsibly.
CSR
Business responsibility to society and the environment.
Frederick Taylor
Father of Scientific Management.
Henry Ford
Introduced the Assembly Line Technique.
W. Edwards Deming
Associated with Total Quality Management.
Frank & Lillian Gilbreth
Developed Motion Studies.
Evolution of Operations Management
Industrial Revolution → Scientific Management → Assembly Line → TQM → SCM → Lean → Agile → AI/Big Data/IoT → COVID-19
Input-Transformation-Output
Resources → Process → Goods/Services
Supply Chain Flow
Supplier → Manufacturer → Distributor → Retailer → Customer
Functions of OM
Planning, Organizing, Controlling
Goals of OM
Efficiency, Productivity, Quality, Profitability
Desired Outcomes
Profitability, Production Performance, Supply Chain Performance, Competitiveness, Sustainability, CSR
Efficiency vs Productivity
Efficiency focuses on minimal waste, while Productivity focuses on output from a given input.
Supply Chain (SC) vs Supply Chain Management (SCM)
SC is the flow, while SCM is managing the flow.
Lean vs Agile
Lean focuses on eliminating waste; Agile focuses on adapting quickly.
Operations Manager Roles
Oversee operations, manage resources, coordinate, improve processes, lead teams.
Analyze
Examine carefully.
Allocate
Assign resources.
Streamline
Simplify and improve a process.
Competitiveness
Ability to compete successfully.
Resilience
Recover quickly from disruptions.
Time Study
Measure task time.
Motion Study
Study movements to remove unnecessary motion.
Scientific Methods
Observation, Measurement, Analysis, Experimentation, Standardization.
Building upon Taylor's contributions
Using Taylor's ideas as a foundation.
Delineating into specialized tasks
Dividing work into specific jobs.
Supply Chain Performance
Efficiency and effectiveness of the supply chain.
Inputs
Labor, materials, machines, money, information, time.
Outputs
Goods and services.
Importance of OM
Improves efficiency, productivity, quality, profitability, competitiveness, sustainability.
Assembly line technique
A production method introduced by Henry Ford in which the production process is divided into specialized tasks, with each worker performing one specific task to increase efficiency, productivity, and output.
AI
____is technology that enables computers or machines to perform tasks that normally require human intelligence, such as learning, analysing data, making decisions, and solving problems.
Big Data
____refers to extremely large amounts of data that are analysed to identify patterns, trends, and insights for better decision-making.
Internet of Things
is a network of physical devices connected to the internet that collect and share data automatically.