Supply Chain Exam 1 Vocabulary Flashcards

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Vocabulary practice flashcards covering essential supply chain, operations, quality management, and process analysis terms from the SCMT 364 review guide.

Last updated 8:39 PM on 10/4/26
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74 Terms

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Business

An organized effort to produce and sell goods and services for profit while satisfying needs, with the central challenge of matching supply to demand.

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Operations

Manufacturing and service processes that transform resources into outputs customers want.

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Supply Chain

Processes moving information and materials to and from manufacturing and service operations.

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Efficiency

Doing things right; minimizing waste and resource use.

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Effectiveness

Doing the right things; achieving the intended goal.

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Value

Quality divided by price, expressed as Value=QualityPrice\text{Value} = \frac{\text{Quality}}{\text{Price}}.

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Heterogeneous

Variable across encounters, commonly characteristic of services.

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Homogeneous

Relatively standardized or alike.

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Perishable Service Capacity

Unused service capability (such as an unused appointment or hotel room-night) that cannot be stored and sold later.

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Straddling

Attempting to match a competitor's benefits while retaining an existing position, potentially adding incompatible features, services, or technologies.

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Productivity

A relative measure calculated as output divided by input (Productivity=OutputInput\text{Productivity} = \frac{\text{Output}}{\text{Input}}).

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Partial Productivity

Productivity calculated as output divided by one single input, such as labor hours or materials.

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Multifactor Productivity

Productivity calculated as output divided by several inputs expressed in compatible units (commonly dollars).

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Total Productivity

Productivity calculated as total output divided by all inputs combined.

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Core Competency

A distinctive organizational capability that creates customer benefits, supports access to markets, and is difficult to imitate.

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House of Quality

A matrix tool within Quality Function Deployment (QFD) that translates customer requirements into technical specifications.

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Quality Function Deployment (QFD)

A structured approach to translating customer needs into design and production requirements.

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Platform Product

A product category built from an established product foundation.

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Process-Intensive Product

A product category where the product design depends closely on the production process, such as computer chips.

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Statement of Work (SOW)

A project document that describes the work, objectives, and expected deliverables.

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Work Breakdown Structure (WBS)

A hierarchical subdivision of a project into smaller work components.

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Work Package

A manageable subdivision of project work.

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Pure Project

A project organizational structure where a dedicated, self-contained team works full-time on the project.

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Functional Project

A project organizational structure where work is organized within specialized functional departments.

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Matrix Project

A project structure combining project and functional structures where resources are shared and individuals report to both project and functional managers.

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Critical Path Method (CPM)

A technique that analyzes a network of activities and their dependencies to determine project timing.

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Critical Path

The longest-duration path through a project network, which determines the earliest possible project completion date.

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Slack

The duration of time an activity can be delayed without delaying overall project completion.

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Capacity

The output a system can achieve over a unit of time.

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Strategic Capacity Planning

Determining facility, equipment, and workforce capacity to support long-term competitive strategy.

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Best Operating Level

The output level at which a process is designed to operate most effectively, commonly associated with minimum average unit cost.

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Capacity Utilization

The ratio calculated as Capacity Utilization=Actual OutputBest Operating Level\text{Capacity Utilization} = \frac{\text{Actual Output}}{\text{Best Operating Level}}.

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Economies of Scale

The principle that increasing operating scale can lower average unit costs.

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Learning Curve

A model showing that time per unit tends to decrease as cumulative production volume increases.

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Project Layout

A manufacturing layout where the product remains in a fixed location while people, materials, and equipment are brought to it.

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Work Center (Job Shop)

A process layout where similar equipment is grouped by function and different jobs follow unique routes.

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Manufacturing Cell

A layout where different machines are grouped to process a family of products with similar processing requirements.

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Assembly Line

A manufacturing layout where discrete units move through a standardized sequence of workstations.

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Continuous Flow

A manufacturing process structure where material is processed continuously, such as in petroleum refining.

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Break-Even Quantity

The volume where total revenue equals total cost, calculated as Break-Even Q=FCP−VC\text{Break-Even Q} = \frac{\text{FC}}{P - \text{VC}}.

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Cycle Time

The long-term average time between completions of successive units.

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Throughput Rate

The number of completed units per unit of time, calculated as Throughput Rate=1Cycle Time\text{Throughput Rate} = \frac{1}{\text{Cycle Time}}.

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Run Time

Processing time per unit multiplied by batch size (Run Time=Time per Unit×Batch Size\text{Run Time} = \text{Time per Unit} \times \text{Batch Size}).

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Setup Time

The preparation or changeover time required before processing a batch.

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Operation Time

The sum of setup time and run time (Operation Time=Setup Time+Run Time\text{Operation Time} = \text{Setup Time} + \text{Run Time}).

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Flow Time

The total time a unit spends in a process, including active processing and waiting time.

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Design Quality

The inherent value of a product in the marketplace, reflecting its selected features and performance capabilities.

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Conformance Quality

The degree to which an actual product or service meets its established design specifications.

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Prevention Costs

Quality costs incurred from activities intended to prevent defects, such as training and process improvement.

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Appraisal Costs

Quality costs associated with inspecting, testing, and checking products or services.

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Internal Failure Costs

Quality costs resulting from defects identified before product delivery, including scrap and rework.

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External Failure Costs

Quality costs resulting from defects detected after delivery to the customer, such as warranty service, complaints, and lost goodwill.

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Pareto Chart

A quality management tool that ranks problem categories by frequency or impact to highlight top priority issues.

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Acceptance Sampling

Statistical evaluation of a sample taken from existing goods to determine whether to accept or reject an entire lot.

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Common-Cause Variation

Routine, natural variation inherent within a stable production process.

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Special-Cause Variation

Assignable, non-random variation resulting from a specific unusual source.

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X-Bar Chart

A control chart used to monitor the average value of sample measurements over time.

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R-Chart

A control chart used to monitor the range or spread of measurements within samples.

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p-Chart

A control chart used to monitor the proportion of defective items in a sample.

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DMAIC

A Six Sigma process improvement methodology consisting of five steps: Define, Measure, Analyze, Improve, and Control.

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Cause-and-Effect Diagram

Also called a fishbone or Ishikawa diagram; a tool that organizes potential causes of a problem into structured categories.

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Order Qualifier

A screening requirement or minimum standard necessary for a product or service to be considered by a customer.

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Order Winner

A specific product or service feature that differentiates an offering and causes a customer to purchase it.

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Efficient Frontier

A trade-off curve representing the best achievable combinations of operational performance given current resources and technology.

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Triple Bottom Line

A framework assessing organizational performance across three dimensions: social (people), environmental (planet), and economic (profit).

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Engineer-to-Order (ETO)

A supply chain strategy where product design and manufacturing are custom-executed after receiving a customer order.

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Make-to-Order (MTO)

A supply chain strategy where product manufacturing is initiated only after receiving a customer order.

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Assemble-to-Order (ATO)

A supply chain strategy where generic components are produced ahead of time and assembled after receiving a customer order.

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Make-to-Stock (MTS)

A supply chain strategy where finished products are produced and stored prior to customer order receipt.

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Customer Order Decoupling Point

The point in a supply chain that separates forecast-driven activities from activities triggered directly by customer orders.

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Bottleneck

The resource or process step with the lowest effective capacity that constrains total system output.

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Blocking

A operational condition where upstream work cannot proceed because downstream buffer space is full.

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Starving

An operational condition where a work resource is idle because there is no incoming input to process.

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Little's Law

A foundational queueing theory equation defining the relation between inventory, throughput, and flow time: Inventory=Throughput Rate×Flow Time\text{Inventory} = \text{Throughput Rate} \times \text{Flow Time}.