ASQ CQT Certification Exam Syllabus

CQT dumps PDF, ASQ CQT BraindumpsTo achieve the professional designation of ASQ Certified Quality Technician from the ASQ, candidates must clear the CQT Exam with the minimum cut-off score. For those who wish to pass the ASQ CQT certification exam with good percentage, please take a look at the following reference document detailing what should be included in ASQ Quality Technician Exam preparation.

The ASQ CQT Exam Summary, Body of Knowledge (BOK), Sample Question Bank and Practice Exam provide the basis for the real ASQ Certified Quality Technician (CQT) exam. We have designed these resources to help you get ready to take ASQ Certified Quality Technician (CQT) exam. If you have made the decision to become a certified professional, we suggest you take authorized training and prepare with our online premium ASQ Quality Technician Practice Exam to achieve the best result.

ASQ CQT Exam Summary:

Exam Name ASQ Certified Quality Technician
Exam Code CQT
Exam Fee ASQ MEMBERS USD $318
NON-MEMBERS USD $418
RETAKES USD $208
Exam Duration 270 Minutes
Number of Questions 110
Passing Score 550/750
Format Multiple Choice Questions
Books / Trainings Certified Quality Technician Certification Preparation
The Certified Quality Technician Handbook, Third Edition
Schedule Exam Book Your Exam
Sample Questions ASQ CQT Exam Sample Questions and Answers
Practice Exam ASQ Certified Quality Technician (CQT) Practice Test

ASQ Quality Technician Syllabus Topics:

I. Quality Concepts and Tools [18 Questions]

A. Quality Concepts 1. Customers and suppliers
- Define internal and external customers, identify their expectations, and determine their satisfaction levels. Define internal and external suppliers and key elements of relations with them. (Understand)
2. Quality principles for products and processes
- Explain basic quality principles related to products (such as features, fitness-for-use, and freedom from defects) and processes (such as monitoring, measuring, and continuous improvement). (Understand)
3. Quality standards, requirements, and specifications
- Define and distinguish between national or international standards, customer requirements, and product or process specifications. (Understand)
4. Cost of quality (COQ)
- Describe and distinguish between the four classic cost of quality categories (prevention, appraisal, internal failure, external failure) and classify activities appropriately. (Apply)
B. Quality Tools 1. The seven basic quality tools
- Select, construct, and interpret 1. cause and effect diagrams, 2. flowcharts (process maps), 3. check sheets, 4. Pareto charts, 5. scatter diagrams, 6. control charts, and 7. histograms. (Evaluate)
8. Problem solving techniques
- Define, describe, and apply problem solving techniques such as 5 Whys and 8D. (Apply)
9. Six Sigma
- Identify key Six Sigma concepts and tools such as quality function deployment (QFD), design of experiments (DOE), and design, measure, analyze, improve, control (DMAIC). (Remember)
10.Lean
- Identify key lean concepts and tools such as 5S, value-stream mapping, flow, and pull system. (Remember)
11.Continuous improvement techniques
- Define and use various continuous improvement techniques including the plan-do-checkact (PDCA) cycle, brainstorming, and benchmarking. (Apply)
C. ASQ Code of Ethics for Professional Conduct Determine and apply appropriate behaviors and action that comply with this ethical code. (Evaluate)

II. Statistical Techniques [17 Questions]

A. General Concepts 1. Terminology
- Identify and differentiate between statistical terms such as population, sample, parameter, statistic, and statistical process control (SPC). (Understand)
2. Frequency distributions
- Define and compare normal, Poisson, and binomial frequency distributions. (Understand)
B. Calculations 1. Measures of central tendency
- Define, compute, and interpret mean, median, and mode. (Analyze)
2. Measures of dispersion
- Define, compute, and interpret standard deviation, range, and variance. (Analyze)
3. Confidence levels
- Explain confidence levels in various situations. (Understand)
4. Confidence limits
- Explain confidence limits in various situations. (Understand)
5. Probability
- Explain probability using the basic concepts of combinations, permutations, and area under the normal curve. (Understand)
C. Control Charts 1. Control limits vs. specification limits
- Identify and distinguish the different uses of control limits and specification limits. (Analyze)
2. Variables charts
- Identify, select, construct, and interpret variables charts such as X R and X s . (Analyze)
3. Attributes charts
Identify, select, construct and interpret attributes charts such as p, np, c, and u. (Analyze)
4. Process capability measures
- Define the prerequisites for capability, and calculate and interpret capability indices (e.g., Cp, Cpk, Pp, Ppk) and capability ratio (CR) in various situations. (Analyze)
5. Common and special cause variation
Interpret various control chart patterns (e.g., runs, hugging, trends) and use rules for determining statistical control to distinguish between common cause and special cause variation. (Analyze)
6. Data plotting
Identify the advantages and limitations of using this method to analyze data visually. (Understand)

III. Metrology and Calibration [18 Questions]

A. Types of Measurement and Test Equipment (M&TE) 1. Hand tools (e.g., calipers, micrometers, linear scales, analog, digital, vernier scales)
2. Gauges (e.g., pins, thread, custom gauges, gage blocks)
3. Optical tools (e.g., comparators, profiles, microscopes)
4. Coordinate measuring machines (CMM) (e.g., touch probes, vision, laser)
5. Electronic measuring equipment (e.g., digital displays, output)
6. Weights, balances, and scales
7. Hardness testing equipment (e.g., Brinell, Rockwell)
8. Surface plate methods and equipment
9. Surface analyzers (e.g., profilometers, roughness reference standards)
10. Force measurement tools (e.g., torque wrenches, tensometers)
11. Angle measurement tools (e.g., protractors, sine bars, angle blocks)
12. Color measurement tools (e.g., spectrophotometer, color guides, light boxes)
13. Automated in-line inspection methods (e.g., vision systems, laser inspection systems, pyrometers)
B. Control and Maintenance of M&TE 1. M&TE identification, control, and maintenance
- Describe various methodologies for identifying and controlling M&TE to meet traceability requirements, and apply appropriate techniques for maintaining such equipment to obtain optimum performance. (Apply)
2. Customer-supplied M&TE
Describe and apply requirements for validation and control of customer-supplied equipment. (Apply)
C. Calibration of M&TE 1. Calibration intervals
- Apply calibration schedules on the basis of M&TE usage history and risk. (Apply)
2. Calibration results
- Interpret calibration results and the potential impact of using out-of-calibration tools or failing to calibrate equipment on a regular basis. (Analyze)
3. Calibration error
Identify the causes of calibration error and its effect on processes and products. (Understand)
4. Hierarchy of standards
- Explain the levels of standards (e.g., reference, primary, transfer) and their relationship to one another. (Apply)

IV. Inspection and Test [23 Questions]

A. Blueprint Reading and Interpretation 1. Blueprint symbols and components
- Interpret drawings and apply requirements in various test and inspection activities. (Analyze)
2. Geometric dimensioning and tolerancing (GD&T)
- Define and apply GD&T covered in the ASME Y14.5 standard. (Analyze)
3. Classification of product defect characteristics
- Define and distinguish between defect characteristics (e.g., critical, major, minor). (Analyze)
B. Inspection Concepts 1. Types of measurements
- Define and select between direct, differential, and transfer measurements. (Understand)
2. Gauge selection
- Determine which measurement instrument to use considering factors such as resolution, accuracy, tolerance, environment, and product features. (Evaluate)
3. Measurement systems analysis (MSA)
- Define and distinguish between measurement terms such as correlation, bias, linearity, precision-to-tolerance, and percent agreement. Describe how gauge repeatability and reproducibility (R&R) studies are performed and how they are applied in support of MSA. (Analyze)
4. Rounding rules
- Use truncation and rounding rules on both positive and negative numbers. (Apply)
5. Conversion of measurements
- Convert between metric and English units. (Apply)
6. Inspection points
- Define and distinguish between inspection point functions (e.g., receiving, inprocess, final, source, first-article), and determine what type of inspection is appropriate at different stages of production, from raw materials through finished product. (Analyze)
7. Inspection error
- Explain various types of inspection error, including operator error (e.g., parallax, fatigue), environment (e.g., vibration, humidity, temperature), and equipment (e.g., limitations, capability, setup). (Understand)
8. Product traceability
- Explain the requirements for documenting and preserving the identity of a product and its origins. (Apply)
9. Certificates of compliance (COC) and analysis (COA)
- Define and compare these two types of certificates. (Understand)
C. Inspection Techniques and Processes 1. Nondestructive testing (NDT) techniques
- Explain various NDT techniques (e.g., X-ray, eddy current, ultrasonic, liquid penetrant, magnetic particle). (Understand)
2. Destructive testing techniques
- Explain various destructive tests (e.g., tensile, fatigue, flammability). (Understand)
3. Other testing techniques
- Describe characteristics of testing techniques used for electrical measurement (e.g., DC, AC, resistance, capacitance, continuity), chemical analysis (e.g., pH, conductivity, chromatography), physical/mechanical measurement (e.g., hardness, pressure tests, vacuum, flow), and other techniques such as gravimetric testing, cleanliness testing, contamination testing, and environmental testing (e.g., bioburden, surface, air, water testing). (Remember)
D. Sampling 1. Sampling characteristics
- Identify and define sampling characteristics such as operating characteristic (OC) curve, lot size, sample size, acceptance number, and switching rules. (Apply)
2. Sampling types
- Define and distinguish between sampling types such as fixed sampling, single, double, skip lot, 100 percent inspection, attributes, and variables sampling. (Apply)
3. Selecting samples from lots
- Determine sample size (e.g., AQL), selection method and accept/reject criteria used in various situations. (Apply)
E. Nonconforming Material 1. Identifying and segregating
- Determine whether products or material meet conformance requirements, and use various methods to label and segregate nonconforming materials. (Evaluate)
2. Material review process
- Explain various elements of this process such as the function of the material review board (MRB), the steps in determining fitness-for-use, and product disposition. (Understand)

V. Quality Audits [12 Questions]

A. Audit Types and Terminology - Define basic audit types: 1. internal, 2. external, 3. systems, 4. product, 5. process, and 6. distinguish between first-, second-, and third-party audits. (Understand)
B. Audit Components - Describe and apply various elements of the audit process: 1. audit purpose and scope, 2. audit reference standard, 3. audit plan (preparation), 4. audit performance, 5. opening and closing meetings, 6. final report and verification of corrective action. (Apply)
C. Audit Tools and Techniques - Define and apply various auditing tools: 1. checklists and working papers, 2. data gathering and objective evidence, 3. forward- and backward-tracing, 4. audit sampling plans and procedural guidelines. (Apply)
D. Audit Communication Tools - Identify and use appropriate interviewing techniques and listening skills in various audit situations, and develop and use graphs, charts, diagrams, and other aids in support of written and oral presentations. (Apply)

VI. Risk Management [12 Questions]

A. Risk Assessment and Mitigation - Describe methods of risk assessment and mitigation such as trend analysis (SPC), failure mode and effects analysis (FMEA), root cause analysis (RCA), product and process monitoring reports, and control plans. (Understand)
B. Corrective Action - Explain and apply elements of the corrective action process: identify the problem, contain the problem (interim action), assign responsibility (personnel) to determine the causes of the problem and propose solutions to eliminate it or prevent its recurrence (permanent action), verify that the solutions are implemented, and confirm their effectiveness (validation). (Apply)
C. Preventive Action - Explain and apply elements of a preventive action process: use various data analysis techniques to identify potential failures, defects, or process deficiencies; assign responsibility for improving the process (e.g., develop error- or mistake-proofing devices or methods, initiate procedural changes), and verify the effectiveness of the preventive action. (Apply)
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