National Council of Examiners for Engineering and Surveying (NCEES) Fundamentals of Engineering (FE) Industrial and Systems Practice Exam – All Questions

Browse all practice questions for the National Council of Examiners for Engineering and Surveying (NCEES) Fundamentals of Engineering (FE) Industrial and Systems Practice Exam. Search by topic, open any question and review its full explanation, then test yourself in the practice quiz.

Start practice test Flash cards

Beginning Your Journey with Deming's Fourteen PointsWhat action should a new manager take to begin implementing Deming's "Fourteen Points"?Calculate Present Worth: Understanding the Costs of a New SanderWhat is the present worth of a new sander with an initial cost of $3,600 and an annual maintenance cost of $400?Calculating Space Needs for a Growing FactoryWhat is the total space required for a new factory after 5 years if forecast demand starts at 1200 units and grows by 20% annually, considering machine and support area requirements?Considerations for Professional Engineers Before Taking on Modern Control Systems ProjectsWhat must a professional engineer consider before accepting a project on modern control systems?Control charts help maintain process stability and efficiencyThe main purpose of control charts is to:Discover how using pallets can significantly reduce breakage in operationsWhich cost reduction is expected with the use of pallets in operations?Discover the Best Way to Ensure Safety When Using a Table Power SawWhich method is most effective for ensuring safety in the use of a table power saw?Discover Why Short and Simple Messages Suit Auditory DisplaysWhich condition is most likely to suggest that an auditory form of display is appropriate?Discovering Effective Cost Estimation Methods for New SystemsWhat type of cost estimating can be most effective at the beginning stages of developing new systems with no historical data?Discovering the Critical Role of a Risk Management ProcessWhich of the following best describes the purpose of a risk management process?Discovering the Power of the Fishbone Diagram for Root Cause AnalysisWhich tool is primarily used to conduct root cause analysis?Exploring the Heart of Industrial Engineering: Waste Reduction and EfficiencyWhat is a central focus of the work of an industrial engineer?Exploring the Key Benefits of a Product Layout in ManufacturingWhich of the following is a benefit of using a product layout?Finding a Unit Vector Perpendicular to Given Vectors A and BWhat is a unit vector perpendicular to the plane determined by the vectors A = 2i + 4j and B = i + j - k?Finding the vertices of the triangle formed by intersecting linesWhat are the vertices of the triangle formed by the lines x + y = 0, x - y = 0, and 2x + y = 1?How Benchmarking Can Skyrocket Business PerformanceHow does 'benchmarking' contribute to business performance?How Design for Manufacturability Enhances Product DevelopmentHow does 'design for manufacturability' contribute to product development?How Effective Order Fulfillment Leads to Increased Customer SatisfactionWhat would be a primary outcome of effective order fulfillment?How Increases in Sample Size Enhance Accuracy in Statistical EstimationIn estimating the mean of a population, how does the probable accuracy of the estimate improve?How Managing Reverse Logistics Can Boost Sustainability and Cost SavingsWhat does effectively managing 'reverse logistics' contribute to?How Self-Checkout Stations Enhance Checkout Efficiency in RetailIn a competitive shopping environment, which strategy can help improve checkout efficiency?How Sensitivity Analysis Influences Decision-Making in Operations ResearchWhat is sensitivity analysis used for in operations research?How Six Sigma Transforms Quality in Engineering and SystemsWhat does Six Sigma aim to improve?How to Calculate Estimated Sample Size in Work SamplingWhat is the estimated sample size for conducting work sampling at 25% activity time and a 2% absolute error?How to Calculate Hourly Wages Based on Job EvaluationsBased on the evaluation of key jobs, what hourly wage should be paid for a job evaluated as 1, 2, 3, 1, and 1?How to Calculate Lift Truck Round Trips EffectivelyA lift truck operates at an average speed of 3 m/s. If the distance from the manufacturing facility to the warehouse is 300 m, how many round trips can it make in one 8-hour workday, considering loading and unloading times?How to Calculate Overall Production with a Scrap Rate of 20%With a scrap rate of 20%, if the output is 10,000 units, how many units are produced overall?How to Calculate Processed Pieces for Quality Control in EngineeringWhen processing 2000 pieces per week with a 10% defect rate, what is the total number of pieces that must be processed weekly?How to Measure Efficiency in Industrial Processes for the FE ExamWhat is one way to measure efficiency in an industrial process?Identifying the Job with the Highest Cost at Work Station 1Which job has the highest cost associated with it when assigned to Work Station 1?Industrial Engineers: The Unsung Heroes of EfficiencyWhat role does an 'industrial engineer' primarily play?Let’s Get to the Heart of Inventory ManagementWhich of the following best describes inventory management?Let's Talk About Ergonomics in Industrial SystemsWhat is the primary focus of ergonomics in industrial systems?Maximizing Corridor Capacity and Understanding Space UtilizationWhat is the maximum capacity of a corridor 100 m long and 3 m wide, considering an average human occupies approximately 0.2 m²?The Best Design Strategy for Reducing Life Cycle Costs in Pipeline SystemsWhat design approach is recommended for minimizing life cycle costs in a 30-year pipeline control system?The Essential Role of Audible Alarms in Nuclear Power Plant SafetyIf a fault occurs in Sub-system A of a nuclear power plant, what is the best notification method for the operator?The Importance of Quality Control in Production SystemsWhat is the primary goal of quality control in a production system?Understand the Essence of Supply Chain Management for Engineering SuccessWhat is the main objective of supply chain management?Understanding After-Tax Cash Flow for Construction EquipmentWhat is the after-tax cash flow in Year 3 for construction equipment costing $325,000, depreciated as MACRS 7-year property with a tax rate of 30%?Understanding Agile Manufacturing: Adapting to ChangeWhat characterizes 'agile manufacturing'?Understanding Annual Upkeep Costs in Engineering ProjectsHow often must annual upkeep of $75,000 be included in total cost calculations for the bridge?Understanding Assembly Line Production and Workforce EfficiencyIn an assembly line, if there are 30 employees and each panel takes 3 days to build, what is the maximum number of panels that can be constructed each day, given that each panel requires 5 computer chips?Understanding Broadbanding: Simplifying Job Classification for a Modern WorkforceWhat is the purpose of 'broadbanding' in job classification?Understanding Capacity Planning in Industrial SystemsDefine 'capacity planning' in the context of industrial systems.Understanding Capacity Utilization and Its Importance in Production ManagementWhat does 'capacity utilization' measure?Understanding Capitalized Costs and Renovation Expenses in ConstructionFor a construction project with renovations every 5 years costing $300,000, what cost should be included in the total capitalized cost calculation?Understanding Capitalized Costs in Project ManagementWhen calculating capitalized costs for projects, which component is likely the least significant?Understanding Concerns in Transitioning to Automated SystemsWhich of the following is not a concern when moving to an automated system?Understanding Confidence Intervals and Sample Proportions in Work-Sampling StudiesA work-sampling study resulted in 270 successes in 350 trials. A 95% two-sided confidence interval for the proportion of successes in this study is most nearly:Understanding Confidence Intervals in the Context of FE Industrial and Systems ExamAfter sampling ten resistors, what are the most nearly estimates needed for confidence intervals?Understanding Congestion's Role in Productivity IndicatorsWhich term describes a reduction in the function of performance indicators in productivity?Understanding Control Charts in Quality ControlWhat is a control chart used for in quality control?Understanding Costs that Impact Palletization Project Payback PeriodIn a palletization project, which cost is NOT relevant for calculating the payback period?Understanding Cross Product in Vector CalculationWhat is the cross product a x b for the vectors a = (-2i + 3j + 4k) and b = (3i + 2k)?Understanding Deliverables in Project Management: What You Need to KnowIn project management, what is meant by 'deliverable'?Understanding Deming's Strategy for Management: Boost Employee PrideAccording to Deming, what should management do to help workers?Understanding Depreciable Cost in Engineering: A Guide to Total Depreciable Cost CalculationsIf a piece of equipment is fully depreciated after 7 years with a salvage value of $60,000, what is the total depreciable cost?Understanding Design for Manufacturability and Its Impact on Cost EfficiencyWhich aspect is most directly improved by 'design for manufacturability'?Understanding Equipment Cost Calculations for EngineeringWhat will be the per-hour equipment charge for equipment costing $300,000 with a salvage value of $60,000 after 6 years?Understanding FIFO in Inventory Management: Why It Matters for YouWhat does the term "FIFO" stand for in inventory management?Understanding Fixed Costs in Manufacturing: The Role of Building DepreciationWhat is typically considered a fixed cost in manufacturing?Understanding Function Allocation in System DesignWhat is the focus of function allocation in system design?Understanding How Consumer Trends Can Boost Demand ForecastsWhich of the following factors increases the demand forecast of a product?Understanding How Production Time Changes with a Learning CurveIn a process with a learning curve, how is the time affected as production doubles?Understanding Human Systems Integration and its Critical Role in EngineeringWhat does a failure in human systems integration typically indicate?Understanding Job Allocation for Cost Efficiency in EngineeringWhich job allocation results in the least cost assignment for the given schedule?Understanding Job Evaluation: The Role of Key Job FactorsWhat is one of the major components analyzed in a key job evaluation?Understanding job-shop layouts and their high variability in outputWhat is a common characteristic of components in a job-shop layout?Understanding Key Features of Product Layout in ManufacturingWhat is the primary characteristic of a product layout in comparison to a process layout?Understanding Lead Time in Supply Chain Management: What You Need to KnowWhat does 'lead time' refer to in supply chain management?Understanding Lean Manufacturing: A Simplified Approach to EfficiencyWhat is the definition of a lean manufacturing system?Understanding Linear Programming in Operations ResearchWhat is linear programming used for in operations research?Understanding Machine Availability in Production ProcessesWhat is the available time percentage for each machine used in the production process?Understanding Maximum Inventory Levels in the EMQ ModelIn the economic manufacturing quantity (EMQ) model, what is the maximum inventory level if the replenishment rate is 1080 units/yr?Understanding Operating Costs for Lift Trucks and Round TripsWhen calculating costs for a lift truck making round trips, which of the following is included as an operating cost?Understanding Order Fulfillment: Beyond Just DeliveryWhat does 'order fulfillment' entail?Understanding Present Worth of Energy-Saving EquipmentWhat is the present worth of energy-saving equipment costing $450,000 with annual savings of $65,000 over 10 years?Understanding Probability: A Look at Odd or Greater Than 80If a bag contains 100 balls numbered from 1 to 100, what is the probability that a removed ball is odd or greater than 80?Understanding Process C: Calculating Required Units Based on Rejection RatesHow many units are ultimately required for Process C, given its rejection rate?Understanding Process Capability in Quality ManagementWhat does 'process capability' refer to in quality management?Understanding Process Improvement: A Path to Efficiency and EffectivenessHow is 'process improvement' defined?Understanding Process Variation in Industrial and Systems EngineeringWhat does the term "process variation" refer to?Understanding Production Capacity and Rejection Rates in SystemsWhat is the capacity of the system in finished good parts per hour considering the rejection rates?Understanding Quality Function Deployment and Its Focus on Customer NeedsWhich quality management tool is designed to focus on the voice of the customer (VOC)?Understanding Reactive Power in AC Circuits: A Guide for Engineering StudentsIf the complex power is 1,500 VA with a power factor of 0.866 lagging, what is the reactive power (VAR)?Understanding Reverse Logistics: The Key to Efficient Supply ChainsWhat challenge does 'reverse logistics' primarily address?Understanding Risk Assessment in Engineering DecisionsGiven the provided probabilities and outcomes, which alternative has the highest risk?Understanding Safety Stock: Your Inventory LifesaverDefine 'safety stock' in inventory management.Understanding Sample Size Estimation in Work Sampling for Industrial EngineeringTo estimate sample size for work sampling with a desired absolute error of 2%, what is the required sample size given a 95% confidence level and an estimated 25% activity time?Understanding Scope Verification in Project ManagementIn which phase of the project management cycle is 'scope verification' performed?Understanding Stakeholder Roles in Project ManagementWhat is the role of a stakeholder in project management?Understanding Standard Time Calculations for Assembly OperationsBased on a time study, what is the calculated standard time for an assembly operation with a performance rating of 1.15 and an allowance factor of 10%?Understanding standard time calculations in engineering studiesWhat is the standard time derived from a time study with observations averaging around 8.2 minutes and a performance rating of 110% with a 20% allowance?Understanding SWOT Analysis: A Key to Strategic SuccessWhat is the main purpose of a 'SWOT analysis'?Understanding the '5 Whys': Uncovering the Roots of ProblemsWhat is the primary goal of the '5 Whys' technique in problem-solving?Understanding the 6% Interest Rate for Energy-Saving ProjectsIn the context of energy-saving projects, what interest rate is used for project evaluation?Understanding the Adjusted Time Difference Between Work Factor and MTMWhat is the adjusted standard time difference found between Work Factor and MTM for an assembly operation if allowances total 15%?Understanding the Assembly Line Balancing ProblemWhat is an assembly line balancing problem?Understanding the Basics of Risk Analysis in Engineering and BeyondWhat is the term for analyzing the likelihood and severity of a loss?Understanding the Benefits of Designing a Modular System for Long-Term ProjectsWhat is the main goal of designing a modular system in a long-term project?Understanding the Benefits of Hand-Squeeze Food ScoopsWhat advantage does the hand-squeeze type of food scoop have compared to the thumb-trigger type?Understanding the Benefits of Hierarchical Organization Structures in ManufacturingWhat is an advantage of hierarchical organization structures in a manufacturing company?Understanding the Best Choice in Decision Making: Utility Curves ExplainedWhich option represents the best choice for a decision maker with a utility curve U(x) for the given options?Understanding the Bottleneck Operation in Assembly LinesWhich operation is usually considered the bottleneck in an assembly line scenario?Understanding the Break-Even Point for Automated Systems in ManufacturingWhat is the break-even point in years for a company using hand tools versus an automated system with a projected annual volume?Understanding the Capitalized Cost of a Bridge with an 8% Interest RateWhat is the capitalized cost of a bridge with the given estimated costs and an annual interest rate of 8%?Understanding the Chip Requirements for Complex Control PanelsHow many chips does each complex control panel require for its operation?Understanding the Control Limits for Standard Deviation in EngineeringCalculations from 30 subgroups of 5 measurements each yielded an Sbar of 15. The lower and upper control limits for a standard deviation chart derived from these data are most nearly:Understanding the Core Goals of Operations ManagementWhat is the primary goal of operations management?Understanding the Core Obligation of Licensed Professional EngineersAccording to the Model Rules, what is a primary obligation of licensed professional engineers?Understanding the Core of Quality Assurance in ManufacturingWhat is the main focus of 'quality assurance' in manufacturing?Understanding the Core of Root Cause Analysis: Why It MattersWhat is the primary focus of a 'root cause analysis'?Understanding the Core Outcomes of a Successful Six Sigma InitiativeWhat is the expected outcome of a successful Six Sigma initiative?Understanding the Correlation Coefficient in Engineering Data AnalysisGiven four points, (2,1), (3,2), (4,2), and (5,3), what can be determined about the correlation coefficient for the least squares line?Understanding the Critical Path in Project SchedulingIn project scheduling, what does the term 'critical path' refer to?Understanding the Critical Role of Assessing Likelihood and Impact in Risk ManagementIn making choices about risk, what is the highest consideration?Understanding the Decoupling Point in Supply Chain ManagementWhat does 'decoupling point' refer to in supply chain management?Understanding the Derivative of a Multi-Variable Function in EngineeringWhat is the derivative of the function f = x^2 + xy + y^2 with respect to y?Understanding the Difference Between Primary and Secondary Data in Industrial SystemsWhat is the difference between primary and secondary data in industrial systems?Understanding the Ethical Implications of Consortium Membership in Engineering ContractsIf a consortium drops a member with essential capabilities, can they ethically accept the contract?Understanding the Expected Manufacturing Cost of the 50th UnitThe expected manufacturing cost of the 50th unit, given a direct labor cost of $20 per hour and material costs of $160 per unit, can be estimated as:Understanding the Expected Number of Customers in a Checkout QueueWhat is the expected number of customers in the queue at checkout, given the service and arrival rates?Understanding the Expected Profit Margin for Engineering RevenueWhat is the expected profit margin if the equipment generates $800,000 in net revenue annually and is subject to a 30% tax rate?Understanding the Exponential Nature of Checkout Service TimesWhat type of service times do the servers at checkout exhibit?Understanding the Exponentially Weighted Moving Average for Demand ForecastingIn an exponentially weighted moving average, what will the forecast demand for April be if the smoothing constant is 0.8?Understanding the Four Primary Types of Production Processes in Industrial EngineeringWhat are the four primary types of production processes in industrial engineering?Understanding the Impact of Fouling on Heat Exchange EfficiencyWhat effect does fouling of the heat transfer surfaces have on the temperature rise of water in a heat exchanger designed to heat liquid water?Understanding the Implications of a Low Cpk Value on Quality StandardsIf a process exhibits a Cpk value of less than 1, what does this indicate?Understanding the Importance of Control Charts in Process StabilityWhat does a control chart measure over time?Understanding the Importance of Feasibility Studies in Engineering ProjectsWhat is the significance of conducting a feasibility study in engineering projects?Understanding the Importance of Feasibility Studies in Project ManagementWhat is the primary purpose of a feasibility study in project management?Understanding the Importance of Variance Analysis in Financial ManagementWhat is the purpose of 'variance analysis' in financial management?Understanding the Impressive Production Rate of Process AWhat is the production rate of Process A?Understanding the Kanban System in Lean ManufacturingHow is a Kanban system best described?Understanding the Key Parameters Influencing Production CapacityWhich parameter is essential in determining production capacity in a manufacturing process?Understanding the Learning Curve in EngineeringThe time needed for the 30th unit in a process with an 80% learning curve, where the 10th procedure took 90 minutes and machine time is 240 minutes, is most nearly:Understanding the Line of Balance in Production SchedulingWhat does 'line of balance' signify in production scheduling?Understanding the Maximum Allowable Scrap Rate for Process AWhat is the maximum allowable scrap rate for Process A to ensure a raw material input of 18,519 or less?Understanding the Mean Rate of Customer Arrivals in RetailWhat is the mean rate of customer arrivals in a store?Understanding the Most Effective Productivity Measure in the Theory of ConstraintsIn the Theory of Constraints, what is the most appropriate productivity measure?Understanding the Nuances of Six Sigma MeasurementWhich of the following statements about Six Sigma measurement is true?Understanding the Power of the Pareto Chart in Quality ManagementWhich quality management tool graphically represents the 80/20 rule?Understanding the Probability of Getting Exactly Four Heads in Coin TossesWhat is the probability of getting exactly four heads when tossing a fair coin ten times?Understanding the Project Charter: The Key to Project SuccessWhat is a 'project charter'?Understanding the Pros and Cons of Automation in Low-Volume OperationsWhich advantage of automation is least likely to be valid for a low-volume operation?Understanding the Purpose of Process Flow DiagramsWhat is the purpose of a process flow diagram?Understanding the Rejection Rate of Process CWhat is the rejection rate of Process C?Understanding the Relationship Between Mean, Median, and ModeBased on test score data, which statement about the mean, median, and mode is correct?Understanding the Risk Matrix: Prioritizing Risks for Project SuccessWhat is a 'risk matrix' used for?Understanding the Role of House of Quality in Quality ManagementWhich function does the House of Quality serve in quality management?Understanding the Role of Performance Ratings in Time Studies for EngineersIn the context of a time study, what factor does an engineer consider in determining the required standard time?Understanding the Role of Skilled Labor in Scaling Production EffortsFor a given manufacturing project, which consideration is crucial before scaling production?Understanding the Role of Statistical Process Control in Total Quality ManagementWhat is the fundamental methodology used in Total Quality Management (TQM)?Understanding the Role of the '30-60-90' Day Plan in Project ManagementWhat is the role of the '30-60-90' day plan in project management?Understanding the Role of Work Measurement in Industrial EngineeringWhat is the function of work measurement in industrial engineering?Understanding the Significance of the Vapor Pressure to Saturation Pressure RatioWhat does the ratio of vapor pressure to saturation pressure of water at a given temperature help determine?Understanding the Three P's of Requirements Analysis in EngineeringWhich of the following is not included in the three P's of requirements analysis?Understanding the Total Shortest Processing Time for Two Machines and Four JobsWhat is the total shortest processing time for four jobs processed through two machines?Understanding the Trapezoidal Rule: A Key Concept for EngineersWhat is the estimated area under the curve of f(t) = t^2 from t = 0 to t = 2 using the trapezoidal rule with delta t = 0.5?Understanding the Use of Historical Data in Learning CurvesWhen applying learning curves, which of the following is a common practice?Understanding Throughput in Manufacturing: The Key to Profitable OperationsWhat does throughput refer to in a manufacturing context?Understanding Throughput in Production ManagementIn the context of production management, what does the term 'throughput' refer to?Understanding Throughput Time in Manufacturing: Key Insights for Engineering StudentsWhat is the definition of 'throughput time' in manufacturing?Understanding Torque Calculations for Engineering StudentsWhat torque must be maintained by a worker at the elbow to hold a 2-kg mass, if the worker's forearm (3 kg) is at a 40% length from the elbow?Understanding Total Cost of Ownership: Beyond Just the Price TagWhat does 'total cost of ownership' (TCO) include?Understanding Total Production Cost per Part in Metal CuttingWhich formula best describes total production cost per part in metal cutting?Understanding Value Stream Mapping for EngineersDefine value stream mapping.Understanding Variable Costs in a Manufacturing ScenarioWhich costs are considered variable costs in a manufacturing scenario?Understanding What Can't Be Found by Differentiating CurvesWhich of the following can NOT be determined by differentiating the functional form of a curve?Understanding What Cpk Measures in Process CapabilityWhat does Cpk measure in process capability?Understanding Why Momentum is Always Conserved During Object ImpactsDuring the impact of two objects, which statement is true?Understanding Workcells in Lean ManufacturingDefine 'workcell' in lean manufacturing.Understanding X-bar and R Charts for Process ControlWhich of the following statements is most accurate based on Xbar and R charts developed from previous data?Understanding Yield in Manufacturing: A Key Metric for SuccessIn a manufacturing context, how is 'yield' defined?Unraveling the Importance of Gantt Charts in Project SchedulingWhat is the role of a Gantt chart in project scheduling?Utilizing Automation Technologies for Enhanced Industrial ProductivityWhich of the following is a common method for improving productivity in industrial operations?What Does 'Bottleneck' Mean in Production Processes?Define the term "bottleneck" in a production process.What Does EOQ Mean in Inventory Management?In inventory management, what does the term EOQ stand for?What Lean Manufacturing Really Means for EfficiencyWhat does "lean manufacturing" focus on?What Muda Means in Lean Philosophy: Understanding WasteWhat does the acronym 'Muda' mean in lean philosophy?What You Need to Know About Broadbanding in Job ClassificationWhich statement best describes the process of 'broadbanding'?What You Need to Know About Lean ManufacturingWhat is 'lean manufacturing' primarily aimed at?What You Should Know About Hot Working in ManufacturingThe mechanical deformation of material above its recrystallization temperature is known as what?What You Should Know About Reverse LogisticsWhat does 'reverse logistics' involve?What You Should Know About Set-Up Time in ManufacturingIn manufacturing, what is meant by 'set-up time'?What You Should Know About Type I Error in Hypothesis TestingIn hypothesis testing, what is known as Type I error?When Should You Use an Audible Alarm in Operation Monitoring?In which circumstance is using an audible alarm most beneficial in operation monitoring?Where to Report Violations of the Rules of Professional ConductWhere should violations of the Rules of Professional Conduct be reported?Why 'Design for Manufacturability' is a Game ChangerWhat is the primary significance of 'design for manufacturability' (DFM)?Why a Hand-Squeeze Type Scoop is Better for Grip StrengthWhy is a hand-squeeze type scoop considered advantageous over a thumb-trigger design?Why Agile Manufacturing is Key for Modern BusinessesWhat is a key benefit of 'agile manufacturing'?Why an Automatic Stop Mechanism is Essential for Table Saw SafetyWhat is the most appropriate safety feature to add to a table saw?Why Demand Forecasting Is Crucial for Supply Chain ManagementWhat is the role of demand forecasting in supply chain management?Why Deming's Fourteen Points Matter for Quality and ProcessesWhat is the primary focus of Deming's "Fourteen Points"?Why Just-in-Time Inventory Systems Are Game Changers for BusinessesWhat is the major benefit of using Just-in-Time (JIT) inventory systems?Why Just-in-Time Production Matters for Engineers and ManufacturersWhat does 'just-in-time' (JIT) production emphasize?Why Order Fulfillment Is Key to Business SuccessWhy is 'order fulfillment' critical for business success?Why PERT Charts Are Game Changers in Project ManagementWhat is the significance of the PERT chart in project management?Why the Three-Point Scale is the Go-To Method for Job EvaluationWhich of the following best describes the evaluation method used in determining job value?Why Total Quality Management is the Key to SuccessWhat does "Total Quality Management" (TQM) emphasize?

Subscribe

Get the latest from Examzify

You can unsubscribe at any time. Read our privacy policy