Try to answer these 40+ Product And Service Innovations MCQs and check your understanding of the Product And Service Innovations subject. Scroll down and let's begin!
A. Computer-aided engineering
B. Concurrent Engineering
C. Design for Manufacturing and Assembly
D. None of these
A. Part of a larger computer application known as computer-aided engineering
B. A process that determines the parts of a product to be designed for refurbishing and reuse
C. Field testing done to obtain valuable feedback on a product
D. Incorrect Statement
A. Parallel
B. Vertical
C. Both a & b
D. None of these
A. DFDRR
B. DFMA
C. DFR
D. None of these
A. Design for Manufacturing and Assembly
B. Dance Floor Makeout ACCOUNT
C. Democracy for America.
D. None of these
A. DFDRR
B. DFMA
C. DFR
D. None of these
A. Product variations caused by environmental conditions, such as temperature, humidity, or dust
B. The process of introducing innovative new products, using an integrated, collaborative global team of engineers
C. A planning diagram that resembles a house used for capturing accurate and verifiable data from the customer in the first phase of the QFD process
D. A product or service that creates new and often unexpected markets through offering a totally new set of value propositions
A. True
B. False
A. Product variations caused by environmental conditions, such as temperature, humidity, or dust
B. The process of introducing innovative new products, using an integrated, collaborative global team of engineers
C. A planning diagram that resembles a house used for capturing accurate and verifiable data from the customer in the first phase of the QFD process
D. A product or service that creates new and often unexpected markets through offering a totally new set of value propositions
A. True
B. False
A. Lead Time
B. Mass Customization
C. Internal Variation
D. None of these
A. True
B. False
A. Modular Design
B. New Product Development (NPD)
C. Mass Customization
D. None of these
A. Modules
B. Modular Design
C. Mass Customization
D. None of these
A. Modules
B. Modular Design
C. Mass Customization
D. New Product Development (NPD)
A. True
B. False
A. Quality Function Deployment (QFD)
B. Product Platform
C. Product Life-Cycle Management (PLCM)
D. Both a & c
A. Product Lifecycle Management
B. Program Leader Management
C. Performance Level Management
D. None of these
A. Components
B. Additional.
C. Extra.
D. Secondary
A. Quality Function Deployment
B. Rapid Prototyping
C. Product Platform
D. None of these
A. Old technology
B. New technology
C. Mix old & new technology
D. None of these
A. Robust Product Design
B. Reverse Engineering
C. Both a & b
D. None of these
A. Robust Product Design
B. Reverse Engineering
C. Service System Design Matrix
D. None of these
A. Among two key factors
B. Among one key factors
C. Among many key factors
D. Among three key factors
A. Sustaining Innovation
B. Stage-Gate® Approach
C. Target Market
D. None of these
A. Sustaining Innovation
B. Stage-Gate® Approach
C. Target Market
D. None of these
A. Customer
B. Sallar
C. Consumers
D. All of these
A. Materials
B. Value
C. Temperature
D. All of these
A. Value Analysis
B. Veterans Affairs
C. Voluntary Action
D. None of these
A. Value Engineering
B. Veterans Affairs
C. Voluntary Action
D. None of these
A. Value engineering
B. Value analysis
C. Reverse engineering
D. Concurrent engineering
A. Environmental
B. Market
C. Consumer taste
D. Climate
A. Modular design
B. Module development
C. Stage-gate
D. Reverse engineering
A. Stage 2
B. Stage 0
C. Stage 1
D. Stage 4
A. Marketing
B. Product positioning
C. Advertisement
D. Segmentation
A. Sustained innovations
B. Marketing
C. Promotions
D. Services
A. Production time
B. Takt time
C. Lead time
D. Product life cycle
A. Reverse engineering
B. Concurrent engineering
C. Sustained innovation
D. Radical engineering
A. Raw material, production, and manufacturing
B. Raw material, choosing the right machines and processes, and assembly
C. Choosing the right machines and processes, assembly, and production
D. Raw material, choosing the right machines and processes, and innovation
A. DFMA
B. Design for innovation
C. Design for value
D. Design for reliability
A. Discovery
B. Radical innovation
C. Stage-gate approach
D. Reverse engineering
A. Value = Function ÷ Cost
B. Value = Function + Cost
C. Value = Function*Cost
D. Value = Function – Cost
A. Introductory, growth, maturity, and decline
B. Introductory, develop, maturity, and decline
C. Introductory, growth, produce, and decline
D. Introductory, develop, produce, and decline
A. Stage-gate approach
B. Product lifecycle management
C. Sustained innovation
D. Commercialization
A. Sustained
B. Radical
C. Incremental
D. Disruptive