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Certified Quality Engineer - CQE

Courses
COURSE OVERVIEW:

The Certified Quality Engineer (CQE) certification is offered by the American Society for Quality (ASQ) and is designed for individuals who have a strong background in quality engineering and quality control. The CQE certification demonstrates proficiency in applying quality engineering principles and practices to improve processes, products, and systems.

  • Management and Leadership:
  • Quality philosophies and principles
  • Leadership and management skills
  • Strategic planning and deployment

  • Quality Systems:
  • Quality management systems (e.g., ISO 9001)
  • Quality audits and assessments
  • Regulatory and industry standards

  • Product and Process Design and Control:
  • Product and process design and development
  • Design and process validation
  • Design for reliability and manufacturability
  • Process control methods and techniques
  • Failure mode and effects analysis (FMEA)

  • Continuous Improvement:
  • Lean Six Sigma methodologies
  • Root cause analysis and corrective/preventive action
  • Statistical process control (SPC)
  • Design of experiments (DOE)

  • Statistical Methods and Techniques:
  • Probability and statistics
  • Data collection and analysis
  • Hypothesis testing
  • Regression analysis
  • Statistical sampling plans (e.g., ANSI/ASQ Z1.4)

  • Quality Tools and Techniques:
  • Seven Basic Quality Tools (e.g., Pareto charts, cause-and-effect diagrams)
  • Advanced quality tools (e.g., Control charts, Scatter diagrams)
  • Measurement and calibration

  • Reliability and Risk Management:
  • Reliability engineering principles
  • Reliability models and calculations
  • Risk assessment and management
  • Safety and hazard analysis

  • Product and Process Measurement and Testing:
  • Measurement systems analysis (MSA)
  • Metrology and calibration
  • Non-destructive testing (NDT)
  • Test and inspection methods

  • Quality in Manufacturing and Service:
  • Quality in manufacturing processes
  • Service quality and improvement
  • Supply chain management and quality

  • Quality Economics:
  • Cost of quality (COQ)
  • Life-cycle cost analysis
  • Return on quality investment (ROQI)

    The CQE certification exam typically consists of multiple-choice questions, and candidates are expected to have a deep understanding of the principles and practices related to quality engineering. To prepare for the CQE exam, candidates often take ASQ-approved training courses, study relevant textbooks, and practice with sample questions and practice exams.

  • Global Recognition: The CQE certification is globally recognized and respected in the field of quality engineering. It is offered by the American Society for Quality (ASQ), a leading organization in quality management.
  • Expertise in Quality Engineering: The CQE certification demonstrates that you have the knowledge and expertise to apply quality engineering principles and practices to improve processes, products, and systems.
  • Career Advancement: Achieving the CQE certification can open up career opportunities and advancement in quality engineering and related fields. It is often sought after by professionals who want to distinguish themselves in their careers.
  • Comprehensive Content: The CQE course covers a wide range of topics, including quality systems, statistical methods, and continuous improvement methodologies like Lean Six Sigma, reliability engineering, and more.
  • Practical Application: The CQE certification is not just theoretical; it focuses on practical applications of quality engineering concepts, making it relevant to real-world quality challenges.
  • Quality Tools: The course introduces you to a variety of quality tools and techniques used for problem-solving, process improvement, and data analysis.
  • Quality Management Systems: You'll learn about quality management systems, including ISO 9001, and gain knowledge in quality audits and assessments.
  • Statistical Analysis: Statistical methods and techniques are a core component of the CQE course, helping you become proficient in data analysis and hypothesis testing.
  • Continuous Improvement: The CQE certification emphasizes the importance of continuous improvement and provides you with the skills to lead quality improvement initiatives.
  • High Standards: ASQ maintains high standards for certification, ensuring that CQE-certified individuals meet rigorous qualifications and are well-prepared to excel in quality engineering roles.
  • Networking Opportunities: ASQ offers a valuable network of quality professionals, events, and resources that can enhance your professional development.
  • Career Growth: CQE-certified professionals are often sought after for leadership roles in quality engineering, quality management, and related positions.
  • Quality Economics: The course covers cost of quality (COQ) and economic principles related to quality, helping you understand the financial impact of quality initiatives.
  • Risk Management: You'll learn about risk assessment and management, a critical aspect of ensuring product and process reliability.

  • Professionals in quality-related roles, including quality engineers, managers, analysts, and those involved in manufacturing, product development, and supply chain management. It's also beneficial for consultants, auditors, and anyone seeking to enhance their knowledge of quality engineering and management principles.
  • To be eligible for the CQE certification, you generally need either a four-year degree plus three years of relevant work experience or eight years of relevant work experience without a degree. Work experience should include responsibilities related to quality engineering or a related field. Documentation of work experience may be required.
  • CMQManagement and Leadership (10%):
  • CMQQuality philosophies
  • CMQLeadership skills, and
  • CMQStrategic planning

  • CMQThe Quality System (15%):
  • CMQQuality management systems,
  • CMQAudits, and
  • CMQIndustry standards.

  • CMQProduct and Process Design and Control (30%):
  • CMQDesign
  • CMQValidation
  • CMQProcess control, and
  • CMQFailure mode analysis

  • CMQContinuous Improvement (25%):
  • CMQLean Six Sigma
  • CMQRoot cause analysis
  • CMQStatistical control, and
  • Design of experiments.

  • CMQStatistical Methods and Techniques (20%):
  • CMQProbability
  • CMQData analysis
  • CMQHypothesis testing, and
  • CMQStatistical sampling

  • CMQQuality Tools and Techniques (10%):
  • CMQBasic and advanced quality tools
  • CMQMeasurement, and
  • CMQCalibration

  • CMQReliability and Risk Management (10%):
  • CMQReliability engineering
  • CMQRisk assessment, and
  • CMQSafety analysis.

  • CMQProduct and Process Measurement and Testing (10%):
  • CMQMeasurement systems analysis
  • CMQMetrology, and
  • CMQTesting methods

  • CMQQuality in Manufacturing and Service (10%):
  • CMQQuality in manufacturing
  • CMQService quality, and
  • CMQSupply chain management.

  • CMQQuality Economics (10%):
  • CMQCost of quality
  • CMQLife-cycle cost analysis, and
  • CMQReturn on quality investment.

  • CMQRisk Management and Decision-Making (10%):
  • CMQRisk assessment
  • CMQMitigation strategies, and
  • CMQDecision analysis

    • Remember, these percentages represent the approximate distribution of exam questions in each content area. To prepare effectively for the CQE exam, candidates should study these topics thoroughly using ASQ-approved materials and resources.

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