Quality Engineer II

As a Quality Engineer II at Waters Corporation, your main responsibilities include leading investigations into nonconforming components, developing and reporting quality metrics, collaborating with various teams on quality assurance, and driving improvement activities related to product quality. You'll be significant in managing the non-conforming product system and analyzing data to identify defect trends.

To apply for the Quality Engineer II role at Waters Corporation, you need a bachelor's degree in engineering, business, mathematics, science, or a technical field, ideally with a focus on statistical skills. A minimum of three years of experience in Quality Assurance or a related field is required, along with knowledge of ISO quality management systems and mechanical drawings.

The Quality Engineer II position at Waters Corporation is an onsite role located in Milford, MA. This allows for direct collaboration with teams and effective management of the nonconforming product processes, ensuring that quality improvements can be promptly implemented.

Essential skills for the Quality Engineer II position at Waters Corporation include project management, exceptional organizational abilities, attention to detail, critical thinking, and problem-solving skills. Moreover, familiarity with machining processes and programming experience with CMM and Vision systems can be beneficial.

Waters Corporation fosters a culture of diversity and inclusion, which is fundamental to its core values. As a Quality Engineer II at Waters, you'll join a team-driven purpose and be part of an innovative organization dedicated to improving human health and well-being, providing ample opportunities for career advancement and continuous learning.

In investigating nonconforming products, it's essential to first gather all relevant data and documentation. Analyze the defect trends and consult with teams across departments. Open communication promotes valuable insights, and thorough testing ensures accurate results that drive future quality improvements.

When discussing your experience with ISO quality management systems, provide specific examples of how you've implemented these frameworks in your work. Share any metrics you've tracked, the impact of these systems on process improvements, and your role in compliance assurance.

Effective data analysis techniques include statistical process control, trend analysis, and root cause analysis. Discuss tools such as Excel or statistical software you have used to transform raw data into actionable insights and identify areas for improvement.

Managing collaboration effectively involves maintaining open lines of communication, setting clear expectations, and scheduling regular cross-functional meetings. Strengthening relationships and promoting a culture of teamwork lead to more effective quality assurance processes.

Common challenges in quality assurance include balancing cost with quality, managing time constraints, and handling resistance to change. To tackle these, foster a problem-solving mindset, prioritize tasks based on their impact, and encourage an adaptive approach in the quality improvement process.

When answering this question, narrate a specific situation where you encountered a complex quality issue. Walk through the steps you took to analyze the problem, the collaboration required to resolve it, and share the successful outcome that resulted from your efforts.

Ensuring alignment with organizational quality objectives involves setting clear personal goals based on the company's targets, regularly reviewing performance metrics, and actively participating in quality meetings to stay informed about the evolving objectives and required contributions.

Share specific examples of how you have managed or contributed to CAPA initiatives. Discuss how you identify root causes, develop corrective actions, and implement preventive measures to ensure that similar issues do not arise in the future.

Explain your commitment to professional development through attending industry conferences, participating in webinars, subscribing to relevant publications, and being active in quality assurance associations. Staying informed allows you to integrate best practices into your work.

Detail any programming languages you're familiar with that are pertinent to the Quality Engineer II role, such as CMM programming or scripting for data analysis. Highlight your ability to leverage these skills to enhance quality checks and improve process efficiencies.