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Certified Software Quality Engineer Certification Practice Test

CSQE test Format | Course Contents | Course Outline | test Syllabus | test Objectives

The Certified Software Quality Engineer (CSQE) understands software quality development and implementation- software inspection- testing- and verification and validation; and implements software development and maintenance processes and methods.CSQEComputer Delivered – The CSQE examination is a one-part- 175-question- four-and-a-half-hour test and is offered in English only. One hundred and sixty questions are scored and 15 are unscored.Paper and Pencil – The CSQEexamination is a one-part- 160-question- four-hour test and is offered in English only.

Work experience must be in a full-time- paid role. Paid intern- co-op or any other course work cannot be applied toward the work experience requirement.

Candidates must have eight years of on-the-job experience in one or more of the areas of the Certified Software Quality Engineer Body of Knowledge.

A minimum of three years of this experience must be in a decision-making position. ("Decision-making" is defined as the authority to define- execute- or control projects/processes and to be responsible for the outcome. This may or may not include management or supervisory positions.)

For candidates who were certified by ASQ as a quality auditor- reliability engineer- supplier quality professional- quality engineer or quality manager- the experience used to qualify for certification in these fields applies to certification as a software quality engineer.

Here are the minimum expectations of a Certified Software Quality Engineer.

Must possess a fundamental understanding of quality philosophies- principles- methods- tools- standards- organizational and team dynamics- interpersonal relationships- professional ethics- and legal and regulatory requirements.
Must evaluate the impact of software quality management principles on business objectives and demonstrate comprehensive knowledge of developing and implementing software quality programs- which include tracking- analyzing- reporting- problem resolution- process improvement- training- and supplier management. Must have a basic understanding of how and when to perform software audits including audit planning- approaches- types- analyses- reporting results and follow-up.
Must understand systems architecture and be able to implement software development and maintenance processes- quantify the fundamental problems and risks associated with various software development methodologies- and assess- support- and implement process and technology changes.
Must be able to apply project management principles and techniques as they relate to software project planning- implementation and tracking. Must be able to evaluate and manage risk.
Must select- define and apply product and process metrics and analytical techniques- and have an understanding of measurement theory and how to communicate results.
Must have a thorough understanding of verification and validation processes- including early software defect detection and removal- inspection- and testing methods (e.g.- types- levels- strategies- tools and documentation). Must be able to analyze test strategies- develop test plans and execution documents- and review customer deliverables.
Must have a basic understanding of configuration management processes- including planning- configuration identification- configuration control- change management- status accounting- auditing and reporting. Must assess the effectiveness of product release and archival processes.

Certification from ASQ is considered a mark of quality excellence in many industries. It helps you advance your career- and boosts your organizations bottom line through your mastery of quality skills. Becoming certified as a Software Quality Engineer confirms your commitment to quality and the positive impact it will have on your organization. ExaminationEach certification candidate is required to pass an examination that consists of multiple-choice questions that measure comprehension of the body of knowledge.

I. General Knowledge (16 questions)A. Benefits of Software Quality Engineering Within the OrganizationDescribe the benefits that software quality engineering can have at the organizational level. (Understand)B. Ethical and Legal Compliance 1. ASQ code of ethics for professional conductDetermine appropriate behavior in situations requiring ethical decisions- including identifying conflicts of interest- recognizing and resolving ethical issues- etc. (Evaluate)2. Regulatory and legal issuesDescribe the importance of compliance to federal- national- and statutory regulations on software development. Determine the impact of issues such as copyright- intellectual property rights- product liability- and data privacy. (Understand) C. Standards and ModelsDefine and describe the ISO 9000 and IEEE software standards- and the SEI Capability Maturity Model Integration (CMMI) for development- services- and acquisition assessment models. (Understand)D. Leadership Skills1. Organizational leadershipUse leadership tools and techniques (e.g.- organizational change management- knowledge transfer- motivation- mentoring and coaching- recognition). (Apply)2. Facilitation skillsUse facilitation and conflict resolution skills as well as negotiation techniques to manage and resolve issues. Use meeting management tools to maximize meeting effectiveness. (Apply)3. Communication skillsUse various communication methods in oral- written- and presentation formats. Use various techniques for working in multicultural environments- and
identify and describe the impact that culture and communications can have on quality. (Apply)E. Team Skills1. Team managementUse various team management skills- including assigning roles and responsibilities- identifying the classic stages of team development (forming- storming- norming- performing- adjourning)- monitoring and responding to group dynamics- working with diverse groups and in distributed work environments- and using techniques for working with virtual teams. (Apply)2. Team toolsUse decision-making and creativity tools such as brainstorming- nominal group technique (NGT)- and multi-voting. (Apply)

II. Software Quality Management (22 questions)A. Quality Management System1. Quality goals and objectivesDesign software quality goals and objectives that are consistent with business objectives. Incorporate software quality goals and objectives into high-level program and project plans. Develop and use documents and processes necessary to support software quality management systems. (Create)2. Customers and other stakeholdersDescribe and analyze the effect of various stakeholder group requirements on software projects and products. (Analyze)3. OutsourcingDetermine the impact that outsourced services can have on organizational goals and objectives- and identify criteria for evaluating suppliers/vendors and subcontractors. (Analyze)4. Business continuity- data protection- and data managementDesign plans for business continuity- disaster recovery- business documentation and change management- information security- and protection of sensitive and personal data. (Analyze) B. Methodologies1. Cost of quality (COQ) and return on investment (ROI)Analyze COQ categories (prevention- appraisal- internal failure- external failure) and return on investment (ROI) metrics in relation to products and processes. (Analyze)2. Process improvement Define and describe elements of benchmarking- lean processes- the Six Sigma methodology- and use define- measure- act- improve- control (DMAIC) model and the plan-do-check-act (PDCA) model for process improvement. (Apply)3. Corrective action procedures Evaluate corrective action procedures related to software defects- process nonconformances- and other quality system deficiencies. (Evaluate)4. Defect prevention Design and use defect prevention processes such as technical reviews- software tools and technology- and special training. (Evaluate)C. Audits1. Audit typesDefine and distinguish between various audit types- including process- compliance- supplier- and system. (Understand)2. Audit roles and responsibilitiesIdentify roles and responsibilities for audit participants including client- lead auditor- audit team members- and auditee. (Understand)3. Audit processDefine and describe the steps in conducting an audit- developing and delivering an audit report- and determining appropriate follow-up activities. (Apply)III. System and Software Engineering Processes (32 questions)A. Life Cycles and Process Models1. Waterfall software development life cycleApply the waterfall life cycle and related process models- and identify their benefits and when they are used. (Apply)2. Incremental/iterative software development life cyclesApply the incremental and iterative life cycles and related process models- and identify their benefits and when they are used. (Apply)

Agile software development life cycleApply the agile life cycle and related process models- and identify their benefits and when they are used. (Apply)B. Systems ArchitectureIdentify and describe various architectures- including embedded systems- client-server- n-tier- web- wireless- messaging- and collaboration platforms- and analyze their impact on quality. (Analyze)C. Requirements Engineering1. Product requirements Define and describe various types of product requirements- including system- feature- function- interface- integration- performance- globalization- and localization. (Understand)2. Data/information requirements Define and describe various types of data and information requirements- including data management and data integrity. (Understand)3. Quality requirements Define and describe various types of quality requirements- including reliability and usability. (Understand)
4. Compliance requirementsDefine and describe various types of regulatory and safety requirements. (Understand)5. Security requirementsDefine and describe various types of security requirements including data security- information security- cybersecurity- and data privacy. (Understand)6. Requirements elicitation methodsDescribe and use various requirements elicitation methods- including customer needs analysis- use cases- human factors studies- usability prototypes- joint application development (JAD)- storyboards- etc. (Apply)7. Requirements evaluationAssess the completeness- consistency- correctness- and testability of requirements- and determine their priority. (Evaluate)D. Requirements Management1. Requirements change managementAssess the impact that changes to requirements will have on software development processes for all types of life-cycle models. (Evaluate)2. Bidirectional traceabilityUse various tools and techniques to ensure bidirectional traceability from requirements elicitation and analysis through design and testing. (Apply)E. Software Analysis- Design- and Development1. Design methodsIdentify the steps used in software design and their functions- and define and distinguish between software design methods. (Understand)2. Quality attributes and designAnalyze the impact that quality-related elements (safety- security- reliability- usability- reusability- maintainability) can have on software design. (Analyze)3. Software reuseDefine and distinguish between software reuse- reengineering- and reverse engineering- and describe the impact these practices can have on software quality. (Understand)4. Software development toolsAnalyze and select the appropriate development tools for modeling- code analysis- requirements management- and documentation. (Analyze)F. Maintenance Management1. Maintenance typesDescribe the characteristics of corrective- adaptive- perfective- and preventive maintenance types. (Understand)2. Maintenance strategyDescribe various factors affecting the strategy for software maintenance- including service-level agreements (SLAs)- short- and long-term costs- maintenance releases- and product discontinuance- and their impact on software quality. (Understand)3. Customer feedback managementDescribe the importance of customer feedback management including quality of product support and post-delivery issues analysis and resolution. (Understand)IV. Project Management (22 questions)A. Planning- Scheduling- and Deployment1. Project planningUse forecasts- resources- schedules- task and cost estimates- etc.- to develop project plans. (Apply)2. Work breakdown structure (WBS) Use work breakdown structure (WBS) in scheduling and monitoring projects. (Apply)3. Project deploymentUse various tools- including milestones- objectives achieved- and task duration to set goals and deploy the project. (Apply)

B. Tracking and Controlling1. Phase transition controlUse various tools and techniques such as entry/exit criteria- quality gates- Gantt charts- integrated master schedules- etc.- to control phase transitions. (Apply)2. Tracking methodsCalculate project-related costs- including earned value- deliverables- productivity- etc.- and track the results against project baselines. (Apply)3. Project reviewsUse various types of project reviews such as phase-end- management- and retrospectives or post-project reviews to assess project performance and status- to review issues and risks- and to discover and capture lessons learned from the project. (Apply)4. Program reviewsDefine and describe various methods for reviewing and assessing programs in terms of their performance- technical accomplishments- resource utilization- etc. (Understand)C. Risk Management1. Risk management methodsUse risk management techniques (e.g.- assess- prevent- mitigate- transfer) to evaluate project risks. (Evaluate)2. Software security risksEvaluate risks specific to software security- including deliberate attacks (hacking- sabotage- etc.)- inherent defects that allow unauthorized access to data- and other security breaches. Plan appropriate responses to minimize their impact. (Evaluate)3. Safety and hazard analysisEvaluate safety risks and hazards related to software development and implementation and determine appropriate steps to minimize their impact. (Evaluate)V. Software Metrics and Analysis (19 questions)A. Process and Product Measurement1. Terminology Define and describe metric and measurement terms such as reliability- internal and external validity- explicit and derived measures- and variation. (Understand)2. Software product metricsChoose appropriate metrics to assess various software attributes (e.g.- size- complexity- the amount of test coverage needed- requirements volatility- and overall system performance). (Apply)3. Software process metricsMeasure the effectiveness and efficiency of software processes (e.g.- functional verification tests (FVT)- cost- yield- customer impact- defect detection- defect containment- total defect containment effectiveness (TDCE)- defect removal efficiency (DRE)- process capability). (Apply)4. Data integrity Describe the importance of data integrity from planning through collection and analysis and apply various techniques to ensure data quality- accuracy- completeness- and timeliness. (Apply)B. Analysis and Reporting Techniques1. Metric reporting tools Using various metric representation tools- including dashboards- stoplight charts- etc.- to report results. (Apply)2. Classic quality toolsDescribe the appropriate use of classic quality tools (e.g.- flowcharts- Pareto charts- cause and effect diagrams- control charts- and histograms). (Apply)

3. Problem-solving toolsDescribe the appropriate use of problem solving tools (e.g.- affinity and tree diagrams- matrix and activity network diagrams- root cause analysis and data flow diagrams [DFDs]). (Apply)VI. Software Verification and Validation (29 questions)A. Theory1. V&V methods Use software verification and validation methods (e.g.- static analysis- structural analysis- mathematical proof- simulation- and automation) and determine which tasks should be iterated as a result of modifications. (Apply)2. Software product evaluationUse various evaluation methods on documentation- source code- etc.- to determine whether user needs and project objectives have been satisfied. (Analyze)B. Test Planning and Design1. Test strategies Select and analyze test strategies (e.g.- test-driven design- good-enough- risk-based- time-box- top-down- bottom-up- black-box- white-box- simulation- automation- etc.) for various situations. (Analyze) 2. Test plansDevelop and evaluate test plans and procedures- including system- acceptance- validation- etc.- to determine whether project objectives are being met and risks are appropriately mitigated. (Create)3. Test designsSelect and evaluate various test designs- including fault insertion- fault-error handling- equivalence class partitioning- and boundary value. (Evaluate)4. Software testsIdentify and use various tests- including unit- functional- performance- integration- regression- usability- acceptance- certification- environmental load- stress- worst-case- perfective- exploratory- and system. (Apply)5. Tests of external products Determine appropriate levels of testing for integrating supplier- third-party- and subcontractor components and products. (Apply)6. Test coverage specificationsEvaluate the adequacy of test specifications such as functions- states- data and time domains- interfaces- security- and configurations that include internationalization and platform variances. (Evaluate)7. Code coverage techniquesUse and identify various tools and techniques to facilitate code coverage analysis techniques such as branch coverage- condition- domain- and boundary. (Apply)8. Test environmentsSelect and use simulations- test libraries- drivers- stubs- harnesses- etc.- and identify parameters to establish a controlled test environment. (Analyze)9. Test toolsIdentify and use test utilities- diagnostics- automation- and test management tools. (Apply)10. Test data managementEnsure the integrity and security of test data through the use of configuration controls. (Apply)C. Reviews and InspectionsUse desk checks- peer reviews- walk-throughs- inspections- etc.- to identify defects. (Apply)D. Test Execution DocumentsReview and evaluate test execution documents such as test results- defect reporting and tracking records- test completion metrics- trouble reports- and input/output specifications. (Evaluate)

VII. Software Configuration Management (20 questions)A. Configuration Infrastructure1. Configuration management teamDescribe the roles and responsibilities of a configuration management group. (Understand) (NOTE: The roles and responsibilities of the configuration control board [CCB] are covered in area VII.C.2.)2. Configuration management toolsDescribe configuration management tools as they are used for managing libraries- build systems- and defect tracking systems. (Understand)3. Library processes Describe dynamic- static- and controlled library processes and related procedures- such as check-in/check-out- and merge changes. (Understand)B. Configuration Identification 1. Configuration items Describe software configuration items (baselines- documentation- software code- equipment) and identification methods (naming conventions- versioning schemes). (Understand)2. Software builds and baselinesDescribe the relationship between software builds and baselines- and describe methods for controlling builds and baselines (automation- new versions). (Understand)C. Configuration Control and Status Accounting1. Item change and version controlDescribe processes for documentation control- item change tracking- version control that are used to manage various configurations- and describe processes used to manage configuration item dependencies in software builds and versioning. (Understand)2. Configuration control board (CCB)Describe the roles- responsibilities and processes of the CCB. (Understand) (NOTE: The roles and responsibilities of the configuration management team are covered in area VII.A.1.)3. Concurrent developmentDescribe the use of configuration management control principles in concurrent development processes. (Understand)4. Status accountingDiscuss various processes for establishing- maintaining- and reporting the status of configuration items- such as baselines- builds- and tools. (Understand)D. Configuration AuditsDefine and distinguish between functional and physical configuration audits and how they are used in relation to product specification. (Understand) E. Product Release and Distribution 1. Product releaseAssess the effectiveness of product release processes (planning- scheduling- defining hardware and software dependencies). (Evaluate)2. Customer deliverablesAssess the completeness of customer deliverables including packaged and hosted or downloadable products- license keys and user documentation- and marketing and training materials. (Evaluate)3. Archival processesAssess the effectiveness of source and release archival processes (backup planning and scheduling- data retrieval- archival of build environments- retention of historical records- offsite storage). (Evaluate)

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Quality-Assurance
CSQE
Certified Software Quality Engineer Certification
(CSQE)
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Question: 658
What is the primary purpose of the Ishikawa (Fishbone) Diagram technique?
A. To identify and prioritize potential failure modes
B. To analyze the root causes of a problem or defect
C. To optimize the design of a product or process
D. To monitor and control process variation
Answer: B
Explanation: The primary purpose of the Ishikawa (Fishbone) Diagram
technique is to analyze the root causes of a problem or defect by exploring
various contributing factors.
Question: 659
Which of the following is a key principle of the International Software
Benchmarking Standards Group (ISBSG) benchmark data?
A. Emphasis on the use of specific software development methodologies
B. Focus on the development of detailed software cost estimation models
C. Requirement for the use of specific software sizing and measurement
techniques
D. Provision of industry-wide data to support software project planning and
management
Answer: D
Explanation: The key principle of the International Software Benchmarking
Standards Group (ISBSG) benchmark data is the provision of industry-wide
data to support software project planning and management. The ISBSG collects
and maintains a repository of software project data from various organizations,
which can be used by software professionals to benchmark their own projects,
estimate effort and schedule, and make informed decisions about software
development and management practices. The ISBSG data does not mandate the
use of specific software development methodologies, cost estimation models, or
sizing and measurement techniques, but rather provides a comprehensive
dataset to support the software industry.
Question: 660
Which of the following is the MOST important factor in ensuring the reliability
of software?
A. Thorough testing
B. Effective defect prevention
C. Robust error handling
D. Continuous process improvement
Answer: B
Explanation: Effective defect prevention is the most important factor in
ensuring the reliability of software. By identifying and addressing the root
causes of defects before they are introduced into the software, organizations
can proactively Strengthen the overall quality and reliability of the software
product.
Question: 661
Which of the following is a key aspect of supplier quality management?
A. Defining supplier selection criteria
B. Conducting software code inspections
C. Performing static testing techniques
D. Implementing configuration management
Answer: A
Emphasis-t.
Which of the following is a key benefit of using software configuration
management?
A. Improved software development productivity
B. Reduced software development costs
C. Enhanced traceability of software artifacts
D. Increased customer satisfaction with the software
Answer: C
Explanation: One of the key benefits of using software configuration
management is enhanced traceability of software artifacts, such as
requirements, design documents, source code, and test cases. This traceability
helps in managing changes, ensuring consistency, and providing a clear audit
trail throughout the software development life cycle.
Question: 662
In the context of statistical process control (SPC), what is the primary purpose
of control charts?
A. To identify and correct process variations
B. To measure the capability of a manufacturing process
C. To estimate the expected defect rate of a software product
D. To establish the optimal process parameters for a manufacturing process
Answer: A
Explanation: Control charts are used in SPC to monitor a process over time,
detect any unusual variations, and identify the root causes of those variations.
This allows for proactive process improvement and defect prevention.
Question: 663
Which of the following is the MOST important principle of the Capability
Maturity Model Integration (CMMI) for Development?
A. Continuous process improvement
B. Quantitative management of processes
C. Defined and standardized processes
D. Organizational commitment to quality
Answer: A
Explanation: Continuous process improvement. The MOST important principle
of the CMMI for Development is the focus on continuous process
improvement. The CMMI framework emphasizes the need for organizations to
constantly evaluate, measure, and Strengthen their software development
processes to achieve higher levels of maturity and capability. This principle of
continuous improvement is central to the CMMI model and is considered the
MOST critical factor in driving sustainable, long-term improvements in
software quality and organizational performance. While other principles, such
as quantitative management, defined processes, and organizational
commitment, are also important, the MOST critical principle is the emphasis
on continuous process improvement.
Question: 664
A software quality engineer is evaluating the effectiveness of the organization's
software testing process. Which of the following metrics would be the MOST
useful in determining the overall efficiency of the testing process?
A. Test case execution rate
B. Defect density
C. Test coverage
D. Defect detection efficiency
Answer: D
Explanation: Defect detection efficiency, which measures the ability of the
testing process to find defects, is the most useful metric in determining the
overall efficiency of the testing process. This metric provides a direct indication
of the effectiveness of the testing activities in identifying and addressing
defects, which is a critical component of the software quality assurance process.
Question: 665
Which of the following is a key principle of the International Organization for
Standardization (ISO) 9001 standard for quality management systems?
A. Emphasis on individual technical expertise
B. Customer focus and continual improvement
C. Minimizing the use of formal processes and documentation
D. Strict adherence to predefined project schedules
Answer: B
Explanation: One of the key principles of the ISO 9001 standard for quality
management systems is customer focus and continual improvement. The
standard emphasizes the importance of understanding and meeting customer
requirements, as well as continuously improving the organization's processes to
enhance the overall quality of products and services.
Question: 666
What is the primary purpose of the software configuration management (SCM)
discipline in software quality management?
A. To ensure the integrity and traceability of software artifacts
B. To measure and Strengthen the reliability and availability of software systems
C. To provide independent oversight and verification of software quality
D. To identify and mitigate risks in the software development lifecycle
Answer: A
Explanation: The primary purpose of SCM is to ensure the integrity and
traceability of software artifacts, such as source code, requirements, designs,
and test cases, throughout the software development lifecycle. SCM helps
manage changes to these artifacts and maintains a record of their evolution,
which is crucial for ensuring software quality and facilitating effective
collaboration among project stakeholders.
Question: 667
Which of the following is the MAIN purpose of a software quality assurance
plan?
A. To define the quality objectives and activities
B. To ensure compliance with industry standards
C. To establish a budget for quality-related activities
D. To document the software development process
Answer: A
Explanation: The main purpose of a software quality assurance plan is to define
the quality objectives and activities that will be implemented to ensure the
software meets the specified requirements and expectations.
Question: 668
What is the primary purpose of the Taguchi method in the context of software
quality improvement?
A. To optimize software design parameters for improved quality and
performance
B. To establish a framework for software quality management and control
C. To enable the effective measurement and analysis of software quality
metrics
D. To facilitate the identification and resolution of software defects
Answer: A
Explanation: The primary purpose of the Taguchi method in the context of
software quality improvement is to optimize software design parameters for
improved quality and performance. The Taguchi method uses a statistical
approach to identify the most influential design factors and their optimal
settings, allowing for the creation of software products with enhanced quality
and reliability.
Question: 669
According to the ISO 9001 standard, which of the following is a fundamental
requirement for an effective quality management system?
A. Establishing a customer-focused organization.
B. Defining clear roles and responsibilities for all employees.
C. Implementing a comprehensive set of quality policies and procedures.
D. Maintaining detailed records of all quality-related activities.
Answer: A
Explanation: The ISO 9001 standard emphasizes the importance of establishing
a customer-focused organization as a fundamental requirement for an effective
quality management system.
Question: 670
Which of the following is the MAIN objective of the Capability Maturity
Model Integration (CMMI)?
A. Strengthen software development processes
B. Assess the maturity of an organization's processes
C. Ensure compliance with industry standards
D. Enhance product quality
Answer: B
Explanation: The primary objective of CMMI is to assess the maturity of an
organization's software development and other related processes, and provide a
roadmap for process improvement. While it can indirectly lead to improved
software development processes and enhanced product quality, its main focus is
on assessing process maturity.
Question: 671
Which of the following is a key benefit of using failure mode and effects
analysis (FMEA) in software quality engineering?
A. Identifying and prioritizing potential failures
B. Estimating the cost of software development
C. Tracking project progress and milestones
D. Defining software requirements and specifications
Answer: A
Explanation:
The key benefit of using failure mode and effects analysis (FMEA) in software
quality engineering is to identify and prioritize potential failures. FMEA is a
structured approach that:
- Identifies potential failure modes (ways in which a software component or
system can fail)
- Analyzes the effects of those failures on the system and the customer
- Assesses the severity, occurrence, and detectability of each failure mode
- Prioritizes the failure modes based on their risk priority number (RPN)
This information allows the software quality engineer to focus on the highest-
risk failure modes and implement appropriate prevention or mitigation
strategies.
The other options are not the primary benefits of using FMEA, as they are
associated with different quality management tools and techniques, such as cost
estimation, project management, and requirements engineering.
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