Director, Microfluidics R&D and Production

The Director of Microfluidics R&D and Production at Vivodyne plays a pivotal role in overseeing the entire lifecycle of microfluidic disk manufacturing. Key responsibilities include process engineering, yield optimization, and supply chain management, along with the implementation of automation strategies. The director will also lead a dedicated team of engineers and technicians to achieve manufacturing excellence and drive innovations in drug discovery.

To qualify for the Director of Microfluidics R&D and Production at Vivodyne, candidates should possess an advanced degree in Chemical Engineering, Mechanical Engineering, Materials Science, or a related field, along with over ten years of relevant industry experience. Strong expertise in microfluidic manufacturing techniques and process control methodologies is essential, alongside leadership experience in a high-growth manufacturing environment.

At Vivodyne, the Director of Microfluidics R&D and Production significantly contributes to transforming drug discovery by optimizing manufacturing processes for our innovative microfluidic technologies. This role ensures that our tissue-on-a-chip platform operates at maximum efficiency and quality, directly affecting the speed and reliability of human therapeutics development.

Success as a Director of Microfluidics R&D and Production at Vivodyne hinges on a blend of technical expertise, leadership capability, and strategic thinking. Key skills include proficiency in statistical process control, familiarity with automation systems, and a strong background in microfluidic manufacturing techniques. Communication skills are vital for effective collaboration across departments.

The culture at Vivodyne fosters innovation, collaboration, and continuous learning. As a Director of Microfluidics R&D and Production, you'll thrive in a fast-paced startup environment that emphasizes rigorous engineering standards and encourages bold problem-solving. You'll work alongside multidisciplinary experts who share a commitment to transforming the future of drug development.

When answering this question, focus on specific microfluidic techniques you’ve worked with, such as PDMS molding or soft lithography. Discuss how you contributed to yield optimization and any specific projects that highlight your technical expertise in the field.

Your response should detail systematic methods you use for process optimization, such as applying statistical process control methodologies or Six Sigma principles. Highlight your hands-on experience with specific techniques and how they led to improvements in production consistency.

Provide a concrete example of a challenge related to team dynamics or production issues in a manufacturing context. Discuss the steps you took to address the problem, illustrating your problem-solving skills and your ability to maintain team morale under pressure.

Discuss the quality control processes you would implement, such as real-time data tracking and failure mode analysis. Mention how you would work with your team to establish rigorous quality standards and preventive measures to minimize defects.

Explain your approach to project prioritization, focusing on how you assess the urgency and impact of tasks. Discuss any tools or methodologies you use to manage team workload and align your team’s objectives with company goals.

Highlight any specific automation systems or technologies you've worked with, emphasizing your role in defining requirements and collaborating with automation engineers. Mention how you used automation to improve efficiency and reliability in previous projects.

Discuss your methods for staying updated on industry trends, such as attending conferences, reading scientific journals, and participating in relevant professional organizations. Mention any recent technology or research that has impacted your work.

Your answer should include strategies that focus on fostering a culture of accountability and continuous improvement. Discuss your methods for mentoring junior engineers and how you ensure open communication within your team to facilitate collaboration.

Provide a detailed example of a past project where you implemented changes that led to significant process improvements. Highlight your analysis process, the changes made, and the outcomes achieved, focusing on metrics that showcase your impact.

Share your passion for revolutionizing healthcare and your motivation to innovate in biotech. Connect your interest in microfluidics to the larger goal of improving patient outcomes and the importance of your work within the context of drug discovery.