Manufacturing Test Engineer

As a Manufacturing Test Engineer at WindBorne Systems, you will design and implement testing frameworks for manufacturing quality control. Your role includes creating testing fixtures, analyzing data, collaborating with responsible engineers to resolve quality-related issues, and improving existing testing methodologies. Additionally, you will diagnose hardware failures and suggest corrective actions, ensuring our products maintain high reliability standards.

To qualify for the Manufacturing Test Engineer position at WindBorne, candidates should possess a Bachelor's degree in Engineering, Computer Science, Manufacturing, or a similar field. Prior experience in manufacturing is preferred, alongside familiarity with mechanical principles, coding basics, and circuits. Strong analytical and problem-solving skills, alongside the ability to work cohesively with various teams, are also essential.

Key skills for a Manufacturing Test Engineer at WindBorne Systems include proficiency in root cause analysis, statistical process control, and hands-on experience in prototyping or manufacturing. Understanding electro-mechanical design, and familiarity with PCB manufacturing processes are advantageous. Additionally, strong communication and collaboration skills will support your effectiveness across different functional teams.

WindBorne provides a dynamic and fast-paced work environment where innovation and collaboration are at the heart of our mission. As a Manufacturing Test Engineer, you'll work with a talented team focused on cutting-edge technology while contributing to critical projects that address climate change. We value creativity and encourage our engineers to solve real-world problems while enjoying the flexibility and support to pursue their ideas.

WindBorne Systems offers a comprehensive benefits package for Manufacturing Test Engineers, including a 401(k), fully covered health, dental, and vision insurance. Employees enjoy unlimited PTO, an incentive stock option plan, and the opportunity to be part of a mission-driven company making a significant societal impact.

In preparing to answer this question, reflect on specific frameworks you have developed in previous roles. Discuss the methodologies you used to create testing procedures and the impact they had on product quality. Highlight your hands-on approach to collecting and analyzing data, and any collaborative efforts with other engineering teams.

When answering how you diagnose hardware failures, emphasize your systematic approach and the use of root cause analysis techniques. Discuss any specific tools or software you use to troubleshoot issues and examples of how you've successfully resolved problems in the past while ensuring minimal disruption to production.

To effectively answer this question, outline your understanding of statistical process control principles, such as control charts and process capability analysis. Provide examples of how you've applied these principles in real-world scenarios, ensuring quality standards were met during the manufacturing process.

In your response, share a specific experience where you worked closely with design engineers. Highlight the problem, your role in the collaboration, the solutions you proposed, and the outcome of the situation, illustrating how teamwork led to improved product reliability.

Discuss the processes you put in place to monitor and enforce quality standards during the entire product lifecycle. Explain how you involve team members in adhering to these standards and any tracking systems you utilize to ensure consistency in quality management.

Here, share specific troubleshooting techniques you employ regularly, such as root cause analysis or fault tree analysis. Provide examples of how these techniques led to effective solutions for challenges faced during production, showcasing your analytical and problem-solving skills.

Answer this by presenting a specific scenario where your initiative led to a noticeable improvement in a testing process. Discuss the challenges you faced, the steps you took to implement changes, and the tangible benefits realized as a result.

When discussing this, explain the trade-offs between performance enhancements and reliability in manufacturing contexts. Share examples of how you have navigated these challenges in past roles, reinforcing your understanding of operational needs and the impact on product success.

Mention the quality management software and document control systems you are familiar with. Discuss how these tools have assisted you in maintaining high standards of quality and streamlining processes in your previous engineering roles.

Discuss the strategies you use to keep abreast of the latest technologies and advancements in manufacturing and testing, such as attending industry conferences, participating in webinars, or subscribing to relevant publications. Highlight your commitment to continuous learning and adapting to new practices.