ASQ CQE CORE EXAM 2026 EXAM QUESTIONS AND
ANSWERS GRADED A+
✔✔Product & Process Control methods - ✔✔Methods depend on classification of
quality characteristics & results of validation tests (characteristics critical to operation of
process/function are subject to more intense monitoring/control)
✔✔Control Plans - ✔✔Used to document & communicate plan for monitoring/controlling
the process; summarizes information from various sources into document for quick
reference on production line
-Should be checked to verify all critical/significant characteristics identified during
design/process FMEAs are included
-All measurement systems included should pass the gauge R & R requirement
✔✔What should Control Plans include? - ✔✔-Station/operation # & process description
-Machinery, equipment, or fixtures
-Reference drawing #s
-Product/process characteristics to be controlled (tolerances)
-Evaluation method (gauges, sensors, visual checks, etc.)
-Sample size & sample frequency
-Control method (x & R chart, check sheet, go/no go, poka-yoke, etc.)
-Reaction plan to be followed when a problem is detected (simplistic directions can lead
to process tampering or overadjustment or opportunities for CAs could be missed)
✔✔Critical Elements to Reaction Plans - ✔✔1. Containment- quarantine & segregate
suspect product as soon as the problem is identified
2. Diagnosis- determine root cause of failure
3. Verification- collect additional samples after the CA is implemented to verify the
problem is fixed
4. Disposition- determine an appropriate disposition for material contained (scrap,
rework, sort, accept/use as is, return to vendor)
✔✔Hazard Analysis & Critical Control Point (HACCP) - ✔✔Prevent unknown hazards &
reduce risk of them occurring at points in the production cycle; is traditionally a food
safety management system but is used in other industries
Critical Control Point- step/point in process in which major/serious failure of the product
can be introduced; each step in process is examined to see if any of the identified
hazards could occur & if any control measures exist
✔✔Rodriguez-Perez Process for developing an HACCP Plan - ✔✔1. Create an HACCP
team
2. Fully describe the product (including specifications)
3. Determine the product's intended use
4. Create a process flow diagram
5. Confirm the flow diagram on site
,6. Identify & analyze hazards
7. Determine critical control points
8. Establish critical limits for each critical control point
9. Establish a monitoring procedure
10. Establish CA
11. Verify the HACCP Plan
12. Document the HACCP process
✔✔Types of Instructions - ✔✔Work Instructions- details to personnel who have direct
responsibility for operation of process; includes effort to eliminate opportunities for error
Assembly Instructions- tasks to be performed in order
Setup Instructions- settings; tasks/inspections during production startup for verification
✔✔Material Control - ✔✔Addresses raw material, WIP (work in process), & final
products & how they are controlled, identified, tracked (based on identification &
classification); process should include representatives of product design, safety,
marketing, & field service
✔✔Classification factors to be considered for Material Control - ✔✔-Volume of
production
-Complexity
-Cost
-Expected Lifetime
-Amount of maintenance required
-Risk to safety/environment
✔✔Configuration Management (CM) - ✔✔(ANSI/EIA 649) A process for establishing &
maintaining consistency of a product's performance, functional & physical attributes with
its requirements, design, & operational information throughout its life; material
identification, status, & traceability can be achieved
MIL-HDBK-61A (SE)- handbook from DOD to provide guidance to those responsible for
CM
✔✔Traceability - ✔✔Prevents unacceptable risk; physical application of markings &
traceability by means of scanners & sensors, maintain records of items produced & their
identification & operation & modification of record-keeping system
-Commodity products (nuts & bolts) limited needs for traceability
*ISO 9001 requires product ID & traceability, where appropriate for recall of
nonconforming product, hazardous product, or product in conflict with laws, regulations,
or statuses
✔✔Radio Frequency Identification (RFID) - ✔✔One of the most effective forms of
identification methods; using RF tags, info can be provided (identification, tracking,
security)
used in supply chain management, in inventory tracking, & used in healthcare industry:
-asset management (where product is at all times)
,-patient management (where patient is at all times)
-inventory management (reducing inventory being out of stock in critical times)
✔✔10 Digit Alphanumeric Product ID Code - ✔✔Alternative product ID scheme used to
allow traceability of date of fabrication, supplier of each subsystem, product model, date
of final assembly
✔✔Gryna's reasons why traceability is needed - ✔✔1. Assure only materials &
components of adequate quality enter the final product
2. Assure positive ID to avoid mix up of products that otherwise look alike
3. Permit recall of suspected product on precise basis
4. Localize causes of failure & take remedial action at minimal cost
✔✔Important questions to help guide traceability - ✔✔1. What is the cost of the
product? (more expensive product requires more accountability & better traceability)
2. How long will the product last? (if its going to be around for a long time there is more
concern about its origin; asbestos)
3. Will the product be built into another product?
4. Does the product have items/materials in it that have not been thoroughly evaluated
over a long period of time?
5. Is there a significant possible health hazard associated with the product?
6. Are field modifications often required with different replacement items required on
different models? (cars)
✔✔Items to consider in a traceability program - ✔✔1. Product category
2. Product life
3. Unit cost
4. Recall/modification in field
5. Product complexity
6. Level of downstream traceability
7. Documents providing traceability
8. Type of identification
9. Coded vs. uncoded identification
10. Method of identification (tags, stamps, etc.)
✔✔Tracing Code - ✔✔Established at the beginning of the material flow; required for
efficient operation
✔✔Major activities in a Traceability Flowchart - ✔✔1. Critical component selection &
listing by part #
2. Vendor part coding (recording vendor name & date of receipt)
3. Coding internally manufactured parts, subassembly, assembly, & storage in daily tally
4. Computerized shipping records (date codes, customer names, destination)
, ✔✔Situations that require disposition of nonconforming products - ✔✔-When a product
fails to pass inspection/test & decision must be made (function of Material Review
Board)
-Problem develops after product is out of the plant, on store shelves, in showrooms, & in
use by customers (more serious, may require recall)
✔✔Nonconformity - ✔✔A failure of a quality characteristic to meet its intended level or
state, occurring with severity sufficient to cause the product not to meet a specification;
defined based on specifications
✔✔Defect - ✔✔Nonconformity severe enough to cause the product to not satisfy normal
usage requirements; defined based on fitness for use
✔✔Levels of Defect Seriousness - ✔✔1. Critical Defects- may lead to severe
injury/catastrophic economic loss or result in preventing performance of unit; 100%
inspection is recommended; acceptance #= 0
-inspected to an AQL= .4% to .65% (if not 100% inspected)
2. Serious Defects- may lead to injury/significant economic loss
3. Major Defects- may cause major problems during normal use; likely to result in failure
or reduce the usability
-inspected to an AQL= 1%
4. Minor Defects- may cause minor problems during normal use; not likely to reduce
materially the usability of the unit
-inspected to an AQL= 1.5% to 2.5%
✔✔Material Review Board (MRB) - ✔✔Group of individuals with different backgrounds
& expertise that determine causes of NCs, what CAs must be taken to prevent
recurrence, & disposition of nonconforming parts/components (sort/100% inspection,
downgrade, repair, rework, scrap, sometimes ship)
1. Review material that doesn't conform to standard
2. Determine disposition
3. Drive the development of CA to prevent recurrence
Includes representatives from: Engineering, QA, Customers
✔✔Standard Repair - ✔✔A procedure where a certain type of defect occurs often (most
likely for minor defects)
✔✔Acceptance Sampling - ✔✔Process of inspecting a portion of the product in a lot for
the purpose of making a decision regarding classification of entire lot as either
conforming or nonconforming to quality specs
-Appropriate when inspection costs are high & 100% inspection is monotonous & can
cause inspector fatigue; not advised for processes in continuous production & in a state
of statistical control
ANSWERS GRADED A+
✔✔Product & Process Control methods - ✔✔Methods depend on classification of
quality characteristics & results of validation tests (characteristics critical to operation of
process/function are subject to more intense monitoring/control)
✔✔Control Plans - ✔✔Used to document & communicate plan for monitoring/controlling
the process; summarizes information from various sources into document for quick
reference on production line
-Should be checked to verify all critical/significant characteristics identified during
design/process FMEAs are included
-All measurement systems included should pass the gauge R & R requirement
✔✔What should Control Plans include? - ✔✔-Station/operation # & process description
-Machinery, equipment, or fixtures
-Reference drawing #s
-Product/process characteristics to be controlled (tolerances)
-Evaluation method (gauges, sensors, visual checks, etc.)
-Sample size & sample frequency
-Control method (x & R chart, check sheet, go/no go, poka-yoke, etc.)
-Reaction plan to be followed when a problem is detected (simplistic directions can lead
to process tampering or overadjustment or opportunities for CAs could be missed)
✔✔Critical Elements to Reaction Plans - ✔✔1. Containment- quarantine & segregate
suspect product as soon as the problem is identified
2. Diagnosis- determine root cause of failure
3. Verification- collect additional samples after the CA is implemented to verify the
problem is fixed
4. Disposition- determine an appropriate disposition for material contained (scrap,
rework, sort, accept/use as is, return to vendor)
✔✔Hazard Analysis & Critical Control Point (HACCP) - ✔✔Prevent unknown hazards &
reduce risk of them occurring at points in the production cycle; is traditionally a food
safety management system but is used in other industries
Critical Control Point- step/point in process in which major/serious failure of the product
can be introduced; each step in process is examined to see if any of the identified
hazards could occur & if any control measures exist
✔✔Rodriguez-Perez Process for developing an HACCP Plan - ✔✔1. Create an HACCP
team
2. Fully describe the product (including specifications)
3. Determine the product's intended use
4. Create a process flow diagram
5. Confirm the flow diagram on site
,6. Identify & analyze hazards
7. Determine critical control points
8. Establish critical limits for each critical control point
9. Establish a monitoring procedure
10. Establish CA
11. Verify the HACCP Plan
12. Document the HACCP process
✔✔Types of Instructions - ✔✔Work Instructions- details to personnel who have direct
responsibility for operation of process; includes effort to eliminate opportunities for error
Assembly Instructions- tasks to be performed in order
Setup Instructions- settings; tasks/inspections during production startup for verification
✔✔Material Control - ✔✔Addresses raw material, WIP (work in process), & final
products & how they are controlled, identified, tracked (based on identification &
classification); process should include representatives of product design, safety,
marketing, & field service
✔✔Classification factors to be considered for Material Control - ✔✔-Volume of
production
-Complexity
-Cost
-Expected Lifetime
-Amount of maintenance required
-Risk to safety/environment
✔✔Configuration Management (CM) - ✔✔(ANSI/EIA 649) A process for establishing &
maintaining consistency of a product's performance, functional & physical attributes with
its requirements, design, & operational information throughout its life; material
identification, status, & traceability can be achieved
MIL-HDBK-61A (SE)- handbook from DOD to provide guidance to those responsible for
CM
✔✔Traceability - ✔✔Prevents unacceptable risk; physical application of markings &
traceability by means of scanners & sensors, maintain records of items produced & their
identification & operation & modification of record-keeping system
-Commodity products (nuts & bolts) limited needs for traceability
*ISO 9001 requires product ID & traceability, where appropriate for recall of
nonconforming product, hazardous product, or product in conflict with laws, regulations,
or statuses
✔✔Radio Frequency Identification (RFID) - ✔✔One of the most effective forms of
identification methods; using RF tags, info can be provided (identification, tracking,
security)
used in supply chain management, in inventory tracking, & used in healthcare industry:
-asset management (where product is at all times)
,-patient management (where patient is at all times)
-inventory management (reducing inventory being out of stock in critical times)
✔✔10 Digit Alphanumeric Product ID Code - ✔✔Alternative product ID scheme used to
allow traceability of date of fabrication, supplier of each subsystem, product model, date
of final assembly
✔✔Gryna's reasons why traceability is needed - ✔✔1. Assure only materials &
components of adequate quality enter the final product
2. Assure positive ID to avoid mix up of products that otherwise look alike
3. Permit recall of suspected product on precise basis
4. Localize causes of failure & take remedial action at minimal cost
✔✔Important questions to help guide traceability - ✔✔1. What is the cost of the
product? (more expensive product requires more accountability & better traceability)
2. How long will the product last? (if its going to be around for a long time there is more
concern about its origin; asbestos)
3. Will the product be built into another product?
4. Does the product have items/materials in it that have not been thoroughly evaluated
over a long period of time?
5. Is there a significant possible health hazard associated with the product?
6. Are field modifications often required with different replacement items required on
different models? (cars)
✔✔Items to consider in a traceability program - ✔✔1. Product category
2. Product life
3. Unit cost
4. Recall/modification in field
5. Product complexity
6. Level of downstream traceability
7. Documents providing traceability
8. Type of identification
9. Coded vs. uncoded identification
10. Method of identification (tags, stamps, etc.)
✔✔Tracing Code - ✔✔Established at the beginning of the material flow; required for
efficient operation
✔✔Major activities in a Traceability Flowchart - ✔✔1. Critical component selection &
listing by part #
2. Vendor part coding (recording vendor name & date of receipt)
3. Coding internally manufactured parts, subassembly, assembly, & storage in daily tally
4. Computerized shipping records (date codes, customer names, destination)
, ✔✔Situations that require disposition of nonconforming products - ✔✔-When a product
fails to pass inspection/test & decision must be made (function of Material Review
Board)
-Problem develops after product is out of the plant, on store shelves, in showrooms, & in
use by customers (more serious, may require recall)
✔✔Nonconformity - ✔✔A failure of a quality characteristic to meet its intended level or
state, occurring with severity sufficient to cause the product not to meet a specification;
defined based on specifications
✔✔Defect - ✔✔Nonconformity severe enough to cause the product to not satisfy normal
usage requirements; defined based on fitness for use
✔✔Levels of Defect Seriousness - ✔✔1. Critical Defects- may lead to severe
injury/catastrophic economic loss or result in preventing performance of unit; 100%
inspection is recommended; acceptance #= 0
-inspected to an AQL= .4% to .65% (if not 100% inspected)
2. Serious Defects- may lead to injury/significant economic loss
3. Major Defects- may cause major problems during normal use; likely to result in failure
or reduce the usability
-inspected to an AQL= 1%
4. Minor Defects- may cause minor problems during normal use; not likely to reduce
materially the usability of the unit
-inspected to an AQL= 1.5% to 2.5%
✔✔Material Review Board (MRB) - ✔✔Group of individuals with different backgrounds
& expertise that determine causes of NCs, what CAs must be taken to prevent
recurrence, & disposition of nonconforming parts/components (sort/100% inspection,
downgrade, repair, rework, scrap, sometimes ship)
1. Review material that doesn't conform to standard
2. Determine disposition
3. Drive the development of CA to prevent recurrence
Includes representatives from: Engineering, QA, Customers
✔✔Standard Repair - ✔✔A procedure where a certain type of defect occurs often (most
likely for minor defects)
✔✔Acceptance Sampling - ✔✔Process of inspecting a portion of the product in a lot for
the purpose of making a decision regarding classification of entire lot as either
conforming or nonconforming to quality specs
-Appropriate when inspection costs are high & 100% inspection is monotonous & can
cause inspector fatigue; not advised for processes in continuous production & in a state
of statistical control
