Senior Production Manager - Precision Micromachining

The Senior Production Manager at Vivodyne is responsible for leading the design, optimization, and scale-up of micromachining processes for microfluidic molds. This includes developing advanced micromachining strategies, optimizing toolpaths using CAM, and driving continuous improvements in production workflows to ensure high-quality outputs crucial for drug development.

To qualify for the Senior Production Manager role at Vivodyne, applicants should have over 10 years of experience in precision fabrication and a solid understanding of machining principles. A proven track record in scaling production environments, strong analytical skills, and experience with complex manufacturing initiatives are also essential.

The Senior Production Manager significantly contributes to drug discovery at Vivodyne by ensuring the efficient production of precision microfluidic molds, which are key components in developing human organ tissues for therapeutic testing. By optimizing manufacturing processes, they help accelerate the timeline for drug discovery efforts.

In the Senior Production Manager role at Vivodyne, you will work with advanced micromachining equipment, including Kern micromachining centers, Kuka robotics, and high-precision laser microscopes from Nikon and Zeiss. Your role will involve managing this cutting-edge technology to achieve industry-leading tolerances and manufacturing capabilities.

The role of Senior Production Manager at Vivodyne offers substantial career growth opportunities. As the company scales its operations, you may have the chance to lead and mentor a team of production technicians, expanding your leadership skills while contributing to the success of innovative drug discovery initiatives.

In answering this question, highlight specific projects where you optimized micromachining techniques. Discuss any relevant technology you've worked with, such as CAM software and specific machining centers, and maybe touch on your success in achieving desired tolerances and quality outcomes.

When discussing your approach, emphasize your structured methodology, such as using data-driven analysis, identifying bottlenecks, and implementing iterative refinements. Sharing a specific example where you successfully improved a process can strengthen your response significantly.

It’s important to communicate your collaborative style clearly. Discuss how you facilitate communication among teams, align goals, and ensure everyone understands their contributions to shared objectives. Also, mention specific experiences where this collaboration led to successful outcomes.

For this question, recount a specific instance where you identified a problem in production. Explain your diagnostic process, the corrective actions you took, and the results of your intervention, emphasizing resourcefulness and analytical thinking.

You should explain your quality management strategies, such as implementing rigorous QA protocols and standardizing workflows. Share specific examples of how these practices have positively affected production quality in your past roles.

Emphasize your belief in integrating advanced technologies to improve manufacturing efficiency. Cite examples of technologies you have used, like CNC machines or automated systems, and how they enhanced precision and workflow in your past jobs.

Discuss your organizational skills and time management techniques to prioritize tasks. Provide an example of a situation where you successfully met a deadline while maintaining quality. Highlight your adaptability and focus under pressure.

Talk about your leadership style, whether it leans more towards being collaborative or directive. Provide examples of how you've mentored team members and fostered a positive team environment, focusing on growth and development.

Your response should cover how digital tracking enhances transparency and efficiency in production. Discuss benefits such as real-time oversight, better quality assurance, and how tracking data helps in continuous process improvement.

Reflect on your passion for precision engineering and the impact of your work on therapeutic advancements. Express a genuine enthusiasm for overcoming challenges in production and being part of a team that drives innovation in biotech.