Director, Metals Manufacturing
Edwards Lifesciences
- Location
- USA - Utah – Salt Lake City
- Work model
- On-Site
- Level
- Staff
- H-1B history
- 24 approvals (FY2023)
- Posted
- 21h ago
About this role
Imagine how your ideas and expertise can change a patient’s life. Our Global Operations & Quality team plays a central part in ensuring our products are delivered to patients with cardiovascular disease. You’ll partner cross-functionally with manufacturing operations and sales teams, delivering thoughtful solutions to complex challenges all while developing your knowledge of the medical device industry. Whether your work includes strategic inventory planning, labeling, warehouse management, material handling, or any of our other supply chain opportunities, you will be making a meaningful contribution to our team and to patients all over the world. The Director of Metals Manufacturing will lead manufacturing operations for the Metals business, including oversight of multiple production lines and micromachining operations. This role will direct a team of supervisors, trainers, and manufacturing leaders to achieve production targets, drive continuous improvement, and maintain a culture of safety and quality. The Director provides leadership through daily tier meetings, talent development, and cross-functional collaboration to ensure operational performance and organizational success. How you'll make an impact: Manage supervisors, people managers, and/or experienced professionals/SMEs and/or oversee the work of one or more areas, functionalities, and/or locations in with increased complexity. Drive manufacturing culture, engage staff morale, and ensure employees' safety. Provide recommendations and implement workforce planning Responsible for achieving and/or exceeding critical manufacturing operations metrics (e.g., P vs A, yields, cycle times, absorption, LIFR) while ensuring inventory coverage and tactical execution of business objectives with cross-functional teams Manage plant operations including execution of build plans and maintaining adequate line capacity with ability to resolve and prevent diverse and complex issues while meeting cost and quality target Develop a robust talent development plan in alignment with functional growth strategies of the department Lead the negotiation on solutions and reaching consensus with cross-functional groups to drive business line continuity and/or continuous improvement of manufacturing areas Plan and manage multiple complex manufacturing projects (e.g., BEx initiatives and plant projects) with the accountability for successful completion of all project deliverables to the business within established schedule, scope, and quality objectives. Lead in identifying risk, developing mitigation strategies, alternative solutions, resolving issues, etc. in collaboration with cross functional groups. Lead efforts to optimize business processes and systems by assessing business needs and developing, proposing and implementing technology solution options Act as a Subject Matter Expert (SME) in business processes in the area of responsibility. Define effective and efficient business process workflow, including process modifications in partnership with stakeholders Other incidental duties: Ensure high level execution and planning for the Annual Operating Plan What you'll need (Required): Bachelor's Degree in a related field or equivalent work experience based on Edwards criteria Demonstrated track record in operations management or equivalent work experience based on Edwards criteria What else you'll need (Preferred): 10+ years of related experience MBA Lean Six Sigma certification Experience working in the medical device industry Proven successful project management leadership skills Proficient in Microsoft Office Suite, including advanced Excel and manufacturing systems (e.g. JDE) Excellent documentation and communication skills and interpersonal relationship skills including negotiating and relationship management skills with ability to drive achievement of objectives Expert understanding of manufacturing procedures while identifying applications of functional