In today’s competitive engineering landscape, product reliability is crucial for customer satisfaction, safety, and long-term business success. A Certified Reliability Engineer (CRE) is a professional recognized for expertise in maintaining and improving product reliability through design, testing, and statistical analysis. Offered by the American Society for Quality (ASQ), the CRE certification validates knowledge and skills in reliability engineering, establishing professionals as industry leaders capable of reducing risks and enhancing product quality.

Understanding the Levels of Certification in Quality and Reliability Engineering

The field of quality and reliability engineering includes multiple levels of certification, each targeted at different expertise areas within quality assurance and control. While ASQ offers a variety of certifications, such as the Certified Quality Engineer (CQE) and Six Sigma Black Belt, the Certified Reliability Engineer (CRE) is unique in its focused approach to reliability. CRE certification is sought by professionals aiming to specialize in reliability, from initial design through product lifecycle management.

Comparison of Quality Certification Levels

• Certified Quality Engineer (CQE): Covers broader quality assurance and control principles but with less focus on reliability.
• Six Sigma Certifications: Concentrates on process improvement and variation reduction rather than product reliability.
• Certified Reliability Engineer (CRE): Dedicated to enhancing and testing the reliability of products, processes, and systems.

The CRE certification stands out as a prestigious and rigorous credential, setting a benchmark for professionals dedicated to reliability engineering.

Core Responsibilities of an ASQ Certified Reliability Engineer

Reliability engineers play a central role in quality management, working across multiple industries to design, test, and maintain reliable products and systems. Here are some essential responsibilities that CRE-certified professionals’ handle:

• Reliability Analysis: Perform root cause analysis, failure modes, effects analysis (FMEA), and fault tree analysis (FTA) to predict and mitigate potential issues.
• Risk Management: Identify, assess, and manage risks to reduce the probability of product failures.
• Lifecycle Management: Ensure product reliability from concept and design through manufacturing, distribution, and use.
• Data-Driven Decisions: Utilize data analysis and statistical techniques to inform design and production decisions.
• Quality and Process Improvement: Lead initiatives to improve processes and prevent failures before they occur, reducing costs and ensuring customer satisfaction.

The responsibilities of a CRE-certified professional are integral to the development and success of high-quality, reliable products in competitive industries like automotive, aerospace, healthcare, and consumer electronics.

Skills Required to Succeed as a Certified Reliability Engineer

Becoming a Certified Reliability Engineer requires a strong skill set that combines technical knowledge with problem-solving and communication abilities. Here are the core skills expected from a CRE-certified professional:

Technical Skills

• Statistical Analysis: Proficiency in probability, statistical inference, and hypothesis testing to analyze and interpret reliability data.
• Reliability Modeling: Understanding of reliability growth modeling, accelerated life testing, and load-stress analysis.
• Risk Management: Ability to assess and prioritize risks associated with product failure using risk assessment methods like FMEA.
• System Reliability: Experience in analyzing complex systems for reliability issues using simulation, root cause analysis, and preventive measures.

Soft Skills

• Analytical Thinking: Critical thinking to analyze data and identify underlying reliability issues.
• Attention to Detail: Precision in data collection, reporting, and documentation.
• Communication: Ability to explain complex reliability concepts to stakeholders, including cross-functional team members and clients.

These technical and soft skills equip a CRE-certified professional to handle the complex demands of reliability engineering with confidence and expertise.

Career Outlook and Salary Potential for ASQ Certified Reliability Engineers

The demand for certified reliability engineers is growing as companies prioritize product quality and reliability to compete globally. Here’s an overview of the career outlook and earning potential for those who earn CRE certification:

• Job Growth: The need for reliability engineers spans industries like automotive, aerospace, electronics, healthcare, and manufacturing. According to recent data, the field is projected to grow steadily due to the increased focus on quality and safety.
• Salary Expectations: Certified Reliability Engineers earn competitive salaries, with the average income for CRE professionals in the U.S. ranging from $85,000 to $115,000 per year, depending on experience and location.
• Career Advancement: The ASQ CRE certification is highly regarded by employers, and certified professionals often find themselves eligible for leadership roles, such as Reliability Manager, Quality Assurance Lead, and Product Development Engineer.

ASQ Certified Reliability Engineer Exam: Key Details You Need to Know

To become a Certified Reliability Engineer, candidates must pass the ASQ CRE exam, which covers a comprehensive Body of Knowledge (BoK) outlined by ASQ. Here’s a snapshot of the key details for those preparing for the CRE certification exam:

• Exam Code: CRE
• Exam Fee:
  • ASQ Members: $433
  • Non-Members: $533
  • Retakes: $333
• Duration: Total appointment time is 270 minutes, with 258 minutes dedicated to the exam itself.
• Number of Questions: 165 multiple-choice questions
• Passing Score: 550 out of 750 points

ASQ CRE Exam Syllabus Breakdown

The CRE exam assesses expertise in the following core areas:

1. Reliability Fundamentals (25 questions): Covers reliability concepts, definitions, and metrics.
2. Risk Management (25 questions): Focuses on risk assessment methods and failure analysis techniques.
3. Probability and Statistics for Reliability (35 questions): Tests knowledge of data analysis, probability distributions, and inferential statistics.
4. Reliability Planning, Testing, and Modeling (35 questions): Assesses planning, testing methodologies, and reliability modeling skills.
5. Life-Cycle Reliability (30 questions): Examines lifecycle management and product maintenance practices.

Preparing thoroughly for each topic is crucial, as the CRE exam requires deep knowledge across various aspects of reliability engineering.

Frequently Asked Questions (FAQs) on the ASQ Certified Reliability Engineer (CRE) Exam

To help candidates better understand the CRE certification process, here are answers to some sample questions:

1. What is a Certified Reliability Engineer?
A Certified Reliability Engineer (CRE) is a professional who specializes in ensuring product reliability and quality by identifying potential issues and implementing strategies to minimize risk.

2. How do I become a Certified Reliability Engineer?
To become a CRE, candidates must meet ASQ’s eligibility requirements, register for the CRE exam, and pass a comprehensive exam covering the ASQ Body of Knowledge.

3. What is the cost of the ASQ CRE exam?
The ASQ CRE exam costs $433 for members and $533 for non-members. Retakes cost $333.

4. How long should I prepare for the CRE exam?
Preparation time varies, but most candidates spend three to six months studying, focusing on areas outlined in the ASQ CRE Body of Knowledge.

5. What is the average salary of a Certified Reliability Engineer?
CRE-certified professionals in the U.S. typically earn between $85,000 and $115,000 annually, with salaries varying based on experience and location.

Conclusion: Advancing Your Career with CRE Certification

In a world where reliability is paramount to product success, obtaining a Certified Reliability Engineer (CRE) credential can significantly elevate your career. Not only does CRE certification validate your expertise, but it also enhances your marketability, opening doors to lucrative roles in various sectors. For those with a passion for quality and a commitment to continuous improvement, the CRE certification is a career-defining step that aligns with industry demands for qualified reliability professionals.

Whether you’re preparing for the ASQ CRE exam or exploring career advancement options, remember that reliability engineering plays a vital role in shaping safe, dependable products. With thorough preparation and a commitment to excellence, you’ll be well on your way to achieving CRE certification and advancing as a respected reliability engineer.

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Who Is An ASQ Certified CQE?

CQE, the Certified Quality Engineer is an expert in assessing and managing the quality of products and services. Their expertise covers various areas, such as establishing and managing quality control systems, implementing testing and inspection procedures, utilizing metrology and statistical methods to identify and rectify quality issues, understanding human factors and motivation, grasping quality cost concepts, and being proficient in developing and overseeing management information systems. They are also skilled in auditing quality systems to identify and address any shortcomings.

Preparation Tips to Pass the ASQ CQE Certification Exam:

Understand the ASQ CQE Certification Exam:

Before diving into your study routine, it’s essential to gain a comprehensive understanding of the ASQ CQE certification exam. The ASQ CQE exam is designed to assess your proficiency in various aspects of quality engineering, including quality management, statistical analysis, and process improvement methodologies. Familiarize yourself with the exam format, including the number of questions, duration, and types of questions that you’ll encounter. This foundational knowledge will serve as a roadmap for structuring your study plan effectively.

Create A Study Schedule for the CQE Certification:

Establishing a structured study schedule is paramount to effective exam preparation. Allocate dedicated time slots each day or week to focus solely on studying for the ASQ CQE certification exam. Consider your personal commitments and preferences when creating your study schedule to ensure consistency and avoid burnout. Breaking down your study sessions into manageable chunks will help you stay organized and make steady progress towards your goal of certification success.

Use Reliable Study Materials:

Invest in high-quality study materials specifically tailored to the ASQ CQE exam content. This may include textbooks, practice exams, online courses, and study guides endorsed by industry experts. Choose resources that align with your learning style and preferences to maximize comprehension and retention of key concepts. Additionally, leverage supplementary materials such as case studies, real-world examples, and interactive simulations to reinforce your understanding and practical application of quality engineering principles.

Work with ASQ CQE Practice Test:

Practice makes perfect! Set aside ample time for regular practice exams to gauge your understanding of the material and identify areas that require further review and improvement. Utilize official ASQ CQE practice exams and other reputable resources to simulate the exam environment and familiarize yourself with the types of questions you’ll encounter. Analyze your performance on practice tests to pinpoint strengths and weaknesses, then adjust your study plan accordingly to focus on areas of improvement.

Understand the ASQ CQE Core Concepts:

Focus on grasping the fundamental concepts and principles outlined in the ASQ CQE Body of Knowledge (BoK). Ensure you have a solid understanding of topics such as quality management systems, statistical process control, and reliability engineering. Take a systematic approach to studying each domain within the BoK, breaking down complex concepts into manageable components for deeper comprehension. Engage with supplementary materials, such as textbooks and online resources, to explore key concepts from multiple perspectives and reinforce your learning.

Join Study Groups or Forums:

Engage with fellow CQE aspirants by joining study groups or online forums dedicated to the ASQ CQE certification. Participating in discussions and knowledge-sharing sessions can provide valuable insights and support throughout your preparation journey. Collaborate with peers to exchange study tips, review challenging concepts, and hold each other accountable for staying on track with your study goals. Additionally, interacting with individuals who share your professional interests can foster a sense of community and motivation as you work towards achieving your certification objectives.

Stay Organized throughout the Preparation:

Maintain organized ASQ CQE notes and study materials to facilitate efficient revision and review sessions. Use tools such as flashcards or mind maps to condense information and reinforce key concepts. Create a designated study space free from distractions where you can focus solely on exam preparation. Keep track of important dates, deadlines, and study milestones to stay on top of your progress and ensure you’re adequately prepared for the exam. By staying organized and disciplined in your approach to studying, you’ll maximize your efficiency and effectiveness in mastering the ASQ CQE certification content.

Seek Professional Guidance Regarding the ASQ CQE Certification:

Consider enrolling in preparatory courses or seeking guidance from experienced professionals in the field of quality engineering. Their expertise and mentorship can offer valuable insights and clarification on complex topics. Attend workshops, seminars, or webinars led by industry experts to gain practical knowledge and insider tips for exam success. Additionally, reach out to seasoned CQE professionals or mentors within your professional network for personalized guidance and advice tailored to your individual learning needs. By leveraging the expertise of others, you can gain a competitive edge in your exam preparation and enhance your overall understanding of quality engineering principles.

Be Cautious About Time Management:

Effective time management is crucial during the ASQ CQE exam. Practice answering questions within the allocated time frame to improve your speed and accuracy while maintaining a strategic approach to question prioritization. Familiarize yourself with the distribution of exam content and allocate sufficient time to each section based on its weightage. Develop a time management strategy that works best for you, whether it involves tackling easier questions first, pacing yourself throughout the exam, or utilizing time-saving techniques such as skipping difficult questions and returning to them later. By practicing time management strategies during your study sessions, you’ll build confidence and proficiency in managing your time effectively on exam day.

Stay Calm and Confident:

Lastly, maintain a positive mindset and confidence in your abilities as you approach the ASQ CQE certification exam. Stay calm, focused, and trust in the preparation efforts you’ve invested to achieve success on exam day. Practice relaxation techniques such as deep breathing, visualization, or mindfulness meditation to alleviate exam-related stress and anxiety. Remind yourself of your accomplishments and progress throughout your study journey, and approach the exam with a sense of readiness and self-assurance. By cultivating a confident and resilient mindset, you’ll be better equipped to overcome challenges and perform at your best when it matters most.

Concluding Thoughts:

Mastering the ASQ CQE certification requires a combination of dedication, strategic planning, and continuous learning. By implementing these effective study tips into your preparation routine, you will be well-equipped to tackle the exam with confidence and emerge victorious in your pursuit of professional excellence in quality engineering. Best of luck on your journey to becoming a certified ASQ CQE!

The post Mastering Quality Engineering: A Total Guide for ASQ CQE Certification appeared first on iSecPrep.

Who Is A Certified Quality Engineer?

A Certified Quality Engineer is an expert who comprehends the concepts of assessing and regulating the quality of products and services.

Their expertise encompasses a range of knowledge and techniques, such as designing and managing quality control systems, implementing and evaluating testing and inspection processes, utilizing measurement and statistical approaches to identify and rectify quality issues, understanding human behavior and motivation, being aware of the costs associated with quality, and possessing the skills to create and oversee management information systems. Additionally, they can conduct audits on quality systems to pinpoint and rectify shortcomings.

CQE Certification Requirements:

A candidate must possess one of the following qualities-

• 8 Years of practical work experience in one or several domains outlined in the Certified Quality Engineer Body of Knowledge.
• Or,
• 3 Years of professional experience should be in a role that involves making decisions.

What Is the CQE Certification Exam Structure?

Exam Format:

The CQE certification exam consists of 175 multiple-choice questions that test the candidate’s knowledge and understanding of the topics outlined in the BoK. The exam is rigorous and requires thorough preparation.

How to Prepare for the CQE Certification Exam?

Understand the CQE Certification Exam Blueprint:

Before starting your preparation, familiarize yourself with the CQE Body of Knowledge (BoK) provided by ASQ. This will give you a clear understanding of the topics covered in the exam and their respective weightage. Structuring your study plan based on the BoK ensures you cover all necessary areas.

Gather the Right Study Materials:

Invest in the ASQ CQE Handbook, which is the primary reference for the exam. Additionally, consider purchasing other recommended books and study guides. Joining ASQ forums or local ASQ sections can also provide access to shared resources and study groups.

Develop A Study Schedule for the CQE Certification Preparation:

Break down the topics in the BoK and allocate specific timeframes to study each one. Ensure you give extra time for topics you find challenging. Consistency is key, so dedicate specific hours daily or weekly for your preparation.

Join a Study Group:

Collaborative learning can be beneficial. Joining or forming a study group allows you to discuss complex topics, share resources, and test each other’s understanding. It also provides motivation and accountability.

Take CQE Certification Practice Exams:

Regularly taking practice exams will familiarize you with the exam format and help identify areas that need further review. ASQ offers sample questions and practice exams. Analyze your results to understand your strengths and weaknesses.

Participate in Review Courses:

Consider enrolling in CQE review courses or workshops. These courses, often offered by ASQ or other institutions, provide structured learning, expert guidance, and opportunities to clarify doubts.

Stay Updated with Industry Trends:

Quality engineering is a dynamic field. Regularly read industry journals, articles, and forums to stay updated with the latest trends, tools, and methodologies.

Hands-on Practice:

Theoretical knowledge is essential, but practical application reinforces learning. Apply quality engineering principles in your current job or through simulated projects. This not only aids in understanding but also provides real-world context to theoretical concepts.

Review and Revise:

As the exam date approaches, allocate time for revision. Review your notes, and focus on crucial concepts, formulas, and methodologies. Revisit topics you found challenging and ensure you have a clear understanding.

Stay Calm and Confident:

Confidence plays a crucial role in exam performance. In the days leading up to the exam, ensure adequate rest, maintain a balanced diet, and engage in relaxation techniques. On exam day, arrive early, read questions carefully, and manage your time efficiently.

What Are the Benefits of Earning Becoming a Certified Quality Engineer (CQE)?

The certification offers numerous professional and personal benefits. Here are some of the key advantages:

Use Your CQE Status As A Badge of Honor:

Achieving the CQE certification is a testament to your comprehensive understanding of quality engineering principles. It distinguishes you from peers and showcases your commitment to professional excellence. This recognition can open doors to new opportunities and set you apart in the industry.

Highlight Your CQE Certification on Your Resume and LinkedIn Profile:

Employers often value the CQE certification as it indicates advanced skills and knowledge in quality engineering. This can lead to better job positions, promotions, and potentially higher salaries. By showcasing your certification, you signal to potential employers your dedication to the field.

Regularly Review the CQE Body of Knowledge to Stay Updated:

Preparing for the CQE exam ensures that you deepen your understanding of essential quality engineering concepts. This enhanced knowledge allows you to implement best practices in your workplace, leading to improved processes and outcomes.

Attend ASQ Events or Related Industry Gatherings:

Being a CQE provides opportunities to connect with other quality professionals. These interactions can lead to knowledge sharing, collaboration, and even job referrals, expanding your professional network and horizons.

Take on Challenging Projects At Work to Apply Your CQE Knowledge:

With the certification, you’ll have increased confidence in your professional abilities. This self-assuredness can motivate you to tackle complex issues, innovate, and drive organizational change.

Propose Quality Initiatives in Your Organization Based on Your CQE Insights:

Your advanced knowledge and skills can lead to the implementation of effective quality control systems. This reduces defects and enhances product and service quality, leading to increased customer satisfaction and business growth.

Bottom Line:

Remember, the CQE certification is not just about passing an exam but demonstrating a deep understanding of quality engineering principles. Dedication, consistent effort, and a strategic approach to preparation will significantly increase your chances of success. Therefore, study hard, utilize the perfect resources, and get the CQE certification quickly.

The post 10 Preparation Tips on How to Get the CQE Certification appeared first on iSecPrep.

Jack has a Master degree in Quality Engineering and job experience for four years in quality engineering. His experience regarding both helped him to take the ASQ CQE exam. Let’s learn more about the different aspects of the CQE exam, along with eligibility, study plan, and benefits.

Who Is A CQE?

The CQE or Certified Quality Engineer is a professional who understands the principles of product and service quality evaluation and control.

Is There Any Prerequisite to Take the ASQ CQE Exam?

The aspirants for the ASQ CQE exam must possess eight years of on-the-job experience regarding quality assurance, quality engineering, or quality management. If the candidate possesses a qualifying bachelor’s or graduate degree, one to five of these years can be waived respectively.

In other words, all CQE aspirants must have at least three years of decision-making experience and a total of eight years of experience in the above-mentioned industries.

Earning a technical school diploma can reduce the eight-year experience demand by one year, meaning that you’ll need seven years of additional job knowledge.

What Is the CQE Renewal Process?

The CQE certified candidate must renew his certification every three years. Renewing the certification would assure he is at the same knowledge level regarding the theoretical and practical aspects of the exam.

What Is the ASQ CQE Exam Structure?

The CQE is a computer-delivered one-part exam. The CQE exam comprises 175 questions is offered in English only. Among these 175 questions, 160 multiple choice questions have value; the 15 other questions do not hold any value. The exam’s total time is 5 hours and 30 minutes, but the exam should be completed in 5 hours and 18 minutes.

The ASQ CQE exam is an open book exam. A candidate must take his or her reference materials to the exam hall. Every topic is explained in a practical, easy to grasp manner that converges on the practical application of the tools covered in the exam. The CQE candidates must have the chance to practice most quantitative tools during the study.

How to Prepare for the CQE Exam?

Registered and Started Preparing for CQE:

Jack started his preparation with the registration process to become aware of the exam date and plan accordingly. He planned to cover the topics included in the CQE BoK. Knowing the exam date guided him about the actual preparation time, and he planned accordingly to cover the syllabus.

Jack Took Enough Time to Get Ready for the Exam:

The CQE exam is not a foundation-level exam designed for individuals planning to sit for the Certified Quality Engineer exam. However, the topics are described in enough detail so that the candidates with minimum knowledge of the concepts can master the topics with time. Jack was focused mainly on self-study and gained ideas about the topics before jumping to the exam hall. He made himself ready within two months to face the open book exam. He pointed out that every candidate must have knowledge on all the topic areas to find the necessary topics during the open book challenge.

Learned All Syllabus Topics:

The CQE Handbook is one of the best materials to prepare for the exam. The book deals with topics of quality engineering. The combination of the CQE Handbook and CQE study guide works well for the preparation. Going through all syllabus topics was very important. Jack followed both sources to get a better idea about the CQE exam parameter.

ProcessExam.com Supported with One of the Most Valuable CQE Practice Tests:

Candidates should not forget to register themselves for valuable practice tests to get the real exam experience. Practicing well on the free mock tests at ProcessExam.com and relying on the proven premium practice exam helped Jack a lot. The time-based premium CQE practice tests at ProcessExam.com made him the pro to take the exam within a specific time. Rigorous practicing guided him, which areas he needs to focus more on.

Jack Enrolled for the Training:

After completion of the CQE syllabus topics, Jack devoted his valuable 65 hours in the exam training. Through the pre-test, he got to know about the areas he is lacking. Therefore, the combination of study, training, and practice test helped Jack score a good mark in the ASQ CQE exam.

Why Should You Earn the ASQ CQE Certification?

ASQ CQE certification helps a candidate stand out and understand that he is on top of regulations, expertise, and industry standards.

ASQ CQE: Career, Job Roles, and Benefits

Quality is no longer just a competitive side; it is a business-critical differentiator that customers ask. If the candidate does not get ahead as a business, organization, or professional in the growing global world or can’t keep pace with the latest developments in the industry, he would lose ground in the competition.

The highly valued quality professional certification, ASQ CQE certification, is reviewed to ensure reliability and integrity; the certifications prove your credibility.

Bottom Line:

The ASQ certifications are awarded by an established, independent professional association not affiliated with any commercial entity and are globally recognized. Therefore, having the ASQ CQE exam would put you on a better career path. I hope the exam preparation journey of Jack will help you all, and you will be able to choose the right materials for study.

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The role of a quality engineer can change from industry to industry and even within companies. With a qualification in engineering, a quality engineer typically uses his or her day assuring that the company’s processes are working correctly and to the expected specification. Often, an engineer in this type of role also actively attempts to develop methods and trains operators in the necessary procedures.

Quality engineers can find jobs in many fields of engineering. Typically, the engineer supervises a manufacturing system that creates a product such as pharmaceuticals, technological developments, or even clothing. The company pays him or her to ensure the manufacturing process and other support processes run smoothly.

Getting the Quality Engineer Job

Quality engineering positions can be found via popular job search techniques such as employment search engines, internet job boards, state and local employment agencies, and recruiting services. Jobs can also be found in a type of classified samples and industry trade journals. It is also essential for students to participate in an industry internship to gain experience.

What Does a Quality Engineer Do?

Often, a person in a quality engineering job spends much of the day investigating and testing the manufacturing process’s engineering integrity. Where a fault happens or a potential danger to the efficiency of the process is present. The engineer can move in and organize a plan to fix and correct the situation. Areas where the process can be changed, are also of interest to most qualified engineers. They can spend part of the day knowing such segments of the company and developing strategies to change them.

Typically, manufacturing processes are required to comply with industry standards. The engineer, therefore, must be easy with the standards and be ready to work within the limits of specific legal requirements. When a product does not correspond to the needs, they must first identify the aberration and then find the cause. Some quality engineer roles are not in production but rather in the research stage of a particular product. Working out a good and efficient process is the first step to commercial production.

In addition to solid engineering knowledge and applying that experience to processes, a quality engineer’s job may also have other, less technical aspects. Often, the role requires dealing with suppliers and customers. Interpersonal skills may also be necessary if the engineer has to present reports to supervisors or act as part of a team. Teamwork can be beneficial when interdepartmental cooperation is required to make a change in production.

At the minimum, a quality engineer requires an associate’s degree, which typically takes two years to make. Many roles require a bachelor’s degree, and some may require further training, such as a master’s degree. The industry’s experience in a previous role related to quality control is sometimes also beneficial to people seeking quality engineer roles.

Quality Engineers must be well informed about the practice and application of problem-solving tools. They should be experts in process development and troubleshooting. A Quality Engineer must be able to learn and discover the process issues. This will enable them to develop efficient countermeasures, including process or product changes. These are required to ensure that quality standards are upheld. The results are that the customer’s demands and expectations are met or surpassed.

Conclusion

There are tremendous benefits of Quality Engineering. It will have a positive effect on customer satisfaction. Voice of Customers is heard through the effective management of Quality Engineering methods and tools.

These are used during the product design, development, and implementation processes. Embed this into the product design, such that quality is planned and built into the product. Quality engineering systems should be performed appropriately using appropriate tools. This can have a significant impact on product quality and cost.

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