Answer these 100+ Manufacturing Engineering (Mechanical Engineering) MCQ and see how sharp is your knowledge of Manufacturing Engineering (Mechanical Engineering).
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A. Flow-line process
B. Continuous flow method
C. Single-minute exchange of die
D. Selective application of pressure
E. Shear force method
A. Recording and documenting every step of a process
B. Increased efficiency and quality assurance
C. Managing resources
D. Controlling the budget
E. Ensuring all work is conducted in accordance with company policy
A. Procedure Manual
B. Standard Operating Procedure
C. Procedure Sheet
D. Work Flow Chart
A. Project plan
B. SWOT
C. SOW
D. MAP
A. Production
B. Capacity utilization
C. Inventory
D. Capacity
E. Processing
A. By simulating production conditions on a computer
B. By monitoring environmental factors
C. To identify and evaluate potential new equipment
D. To compare the performance of the current environment with that of other production environments
E. Based on the performance level of its current equipment
A. Voice of the User
B. Return on Investment
C. Voice of the Customer
D. Net Promoter Score
E. Feedback loop
A. Customer Service
B. Voice of the Customer Rep
C. VoC
D. CRM
E. Voice of the Customer Advocate
A. Experiences with the company
B. Experiences with the team
C. Experiences with the product
D. Experiences with the support
A. Shut up
B. Please
C. Sustain
D. Successor
E. Success
A. Seiri (sort), seito (set in order), seishin (shine), seiketsu (standardize), and shitsuke (sustain)
B. Seiri (sort), seiton (set in order), seiso (shine), seiketsu (standardize), and shitsuke (sustain)
C. Hana (flower), umi (ocean), honmono (person), and yakuza
D. Kaze (wind), furu (thunder), kamui (rain), and tsunami
A. A manufacturing process
B. A factory
C. A production line
A. Percentage of done work
B. Downtime
C. Capacity utilization
D. Energy usage
E. Machine utilization
A. A specific part of a product
B. A drawing
C. A set of instructions
D. A particular product
A. Purchasing
B. Manufacturing
C. Procurement
D. Consulting
E. Project management
A. Parts List
B. Bill of Materials
C. Manual of Operations
D. Component List
E. Production Plan
A. The production line
B. Cellular manufacturing
C. Logistics
D. Packaging
A. The process of manufacturing cells
B. A factory floor
C. Small increments
D. A factory
E. A single cell
A. Processes
B. Measurements
C. Outputs
D. Management Policies
A. Ticketer
B. Coordinate-measuring Machine
C. Survey Meter
D. Protractor
E. Ruler
A. Plastic
B. Metal
C. Glass
D. Paper
A. Scheduling, purchasing, and production cost
B. Database design
C. Manufacturing
D. Inventory control
E. Inventory and receivables management
A. Production Line
B. Capacity
C. Cycle Time
D. Speed
A. Sales and marketing systems
B. ERP and MES systems
C. Budgeting, scheduling, and production systems
D. Manufacturing systems
E. Sales and purchasing systems
A. Suspended animation
B. A week
C. Shutdown
D. Downtime
E. A day
A. This is how long it usually takes to repair or replace equipment
B. This is the amount of time it takes to restart or reactivate a plant
C. The amount of time an average worker spends away from the plant
D. This is the duration of a supply interruption
E. This is the amount of time a plant or particular cell, line, or machine is down, or off-line
A. Finished goods and incomplete products
B. Incomplete products
C. Processed goods
D. Finished goods
A. Materials
B. Products
C. Raw materials
D. Parts
E. Finished goods
A. Host Management Interface
B. Human-Machine Interface
C. Health Monitoring Interface
D. Home Automation Interface
E. Hardware Management Interface
A. Smart Grid
B. Internet of Things
C. Automated Transport Systems
D. Internet of Everything
A. Phone
B. Cellphones
C. Tablet
D. Computers
E. Smart
A. A.I.
B. IoT
C. Social Media
D. The Internet of Things
E. Phone Company
A. IoT is the use of embedded systems in buildings
B. The IoT links objects to the Internet
C. The IoT is a network of devices that can be controlled remotely
A. Governmental Services Institute
B. Government Sponsored Investment Corporation
C. Governmental support institution
D. Global infrastructure for the information society
E. Gender-sensitive interpretation
A. Resources
B. Analytics
C. Human resources
D. People
E. Energy
A. Industrial Internet of Things
B. 3D printing
C. Robotics
A. Operate
B. Make
C. Plan
D. Repair
E. Test
A. Readily made parts
B. Quick assembly
C. Low cost
D. Parts that are readily available
E. Parts that are easily interchangeable
A. Low customization
B. Full customization
C. Continuous learning
D. You cannot use variables
E. Continuous delivery
A. A retrofit product
B. An after-market product
C. A customized product
D. A made-to-order (MTO) product
E. A personalized product
A. Manufacturing Trade Statistic
B. Make to Stock
C. Mass Update Service
D. Machine Translation Service
E. Manufacturing Tax System
A. MKT
B. MTS
C. MTOS
D. MTOSI
E. MTN
A. Mean Time to First Failure
B. Mean Time Between Failures and Mean Time Between Repairs
C. Mean Time Between Repair
D. Mean Time Between Failures
A. Maintenance activities
B. System updates
C. Requests for service
D. Failures
E. Product failures
A. The number of months between deliveries
B. The average time between replacements
C. The average time between repairs
D. The average time between failures
A. Cycle Time
B. Cost per Unit
C. Process Efficiency
D. Line Speed
E. Equipment Effectiveness
A. Reliability
B. Effectiveness
C. OEE
D. WII
E. PP
A. Telecommunications
B. Industrial telecommunication
C. Computing
D. Wireless networks
E. Optical fiber networks
A. Open Package Computing
B. Open Process Computing
C. Object-oriented programming
D. Open Platform Communications
E. Object-oriented database
A. Parts needed to produce a finished product
B. Employees' work schedules
C. Variety of products
D. Packages of raw materials
E. Machine processes
A. The marketing department
B. The financial department
C. Engineers in the office
D. Marketing department
E. Hands on the factory floor
A. Engineering
B. Maintenance
C. Operational Technology
D. Mechanic
A. Software development
B. Service management
C. Manufacturing
D. System administration
E. Database administration
A. 80%
B. 50%
C. 0.2%
D. 10%
A. Histogram
B. Pareto Chart
C. Venn diagram
A. Process
B. Operating cycle
C. Cycle time
D. Cycle
E. Performance
A. Cycle time and throughput
B. Schedule
C. Capacity
D. Cycle time
A. A computer that is used for controlling machinery
B. A computer that is used in industrial settings
C. A computer that runs on electric power
D. A computer that can be controlled by aprogram
E. A computer that has been modified or programmed
A. Operate a factory floor
B. Monitor production inputs and outputs
C. Monitor and control machines
D. Automate processes of production
E. Control machines and systems
A. Quality control
B. Kaizen
C. Poka-Yoke
D. Jidoka
E. Quality assurance
A. Assembly
B. Six Sigma
C. Quality Assurance
D. Lean
E. Manual
A. Mistake-proofing
B. Corrective action
C. A policy that limits overtime work
D. Quality control
A. This refers to the percentage of a product that is defective
B. This refers to the quality of the products that have been produced using a machine in the past
C. This refers to the quality of the products currently being produced by a machine
D. This refers to how much of one type of product is being produced by a machine
E. This refers to the quality of a product that has been produced in the past
A. Standardization
B. Part count
C. Injection molding
D. Production schedule
E. Quality control
A. Error Analysis and Control
B. Statistical Process Control Using
C. Process Automation
D. Error Monitoring and Control
E. Flowcharting
A. Error Detection and Correction
B. Statistical Process Control
C. Error Theory
D. Queuing Theory
E. Process Control Chart
A. Capacity
B. Production
C. Profitability
D. Research
E. Sales
A. Takt time
B. The radius of a circle
C. The radius of a circular orbit
D. The speed of light
A. A time study evaluates worker productivity
B. A time study looks at how employees spend their time
C. A time study measures how much work is completed in a certain amount of time
D. A time study measures how long it takes to do a task
E. A time study analyzes every step of the manufacturing process
A. A time study
B. A flow study
C. A process study
D. A production study
E. A process inventory study
A. Technical Performance Management
B. Total Productive Maintenance
C. Total Project Management
D. Total Physical Memory
E. Total Quality Management
A. Prevent accidents
B. Decrease the amount of time needed to complete a task
C. Safeguard the privacy of data
D. Increase the efficiency of the equipment
E. Prevent unauthorized access
A. Machine operators
B. Supervisor
C. Purchasing department
D. Maintenance crew
E. Maintenance staff
A. CAGR
B. Dimension
C. KPI
D. NPS
E. Metric
A. CAD and CAM
B. Drafting and documentation
C. Documentation and geometric modeling
D. None of the mentione
A. Graphics software
B. Programming software
C. Operating software
D. Application softwar
A. Manufacturing and marketing
B. Science and engineering
C. Design and marketing
D. Design and manufacturin
A. NC machine
B. Flexible manufacturing
C. Computer graphics workstation
D. Robots
A. Graphics software
B. Programming software
C. Operating software
D. Application softwar
A. Graphics software
B. Programming software
C. Operating software
D. Application softwar
A. Man power
B. Profit
C. Inventory
D. Manufacturing
A. To strive for zero-based rejection and waste
B. To make products easier and faster to manufacture
C. To improve product performance
D. All of the mentione
A. Proper maintenance
B. Reuse
C. Conserving resources
D. All of the mentioned
A. Corrosion
B. Surface treatment
C. Oxidation
D. All of the mentione
A. Upsetting
B. Press forging
C. Roll forging
D. Skew rolling
A. Graphics software
B. Programming software
C. Operating software
D. Application softwar
A. Emulsions
B. Solvents
C. Alkaline solutions
D. All of the mentioned
A. Embossing
B. Coining
C. Piercing
D. Upsettin
A. Single crystal
B. Induction melting
C. Directional solidification
D. Conventional casting
A. Shell moulding
B. Squeeze casting
C. Centrifugal casting
D. Die casting
A. Metal casting
B. Sand casting
C. Powder metallurgy
D. Turning
A. 0.14
B. 0.15
C. 0.16
D. 0.17
A. Interference fit
B. Transition fit
C. Clearance fit
D. None of the mentione
A. Decreased by the half amount
B. Increased by the half amount
C. Decreased by the same amount
D. Increased by the same amoun
A. Difference in feed rates
B. Difference in PCDs of the generating gears
C. Error in indexing while manufacturing
D. Difference in outer and inner circumference of the generating g
A. Chrome steels
B. Oil hardened tool steels
C. Aluminium
D. Carbide
A. Burr-free sharpening of needles
B. Machining of soft metals like aluminium can be easily done
C. Lower MRRs when grinding hard, heat-sensitive materials
D. Difficult to machine materials with high hardness like tungsten carb
A. Cold forging
B. Casting
C. Shaping
D. Laser cutting
A. Total area
B. Pore size
C. Manufacturing method
D. Difference between initial and final ma
A. The pore formation mechanism relies on doping
B. Atomic size of doping atom affects the final structure
C. Processing time depends on the doping
D. The manufacturing process is selected on the basis of dop