Director of Advanced Manufacturing Engineering

Job Description:

Join Envista and Help Shape the Future of Manufacturing Innovation At Envista, we are dedicated to advancing dental care through cutting-edge technology, innovation, and operational excellence. We are seeking a Director of Advanced Manufacturing Engineering to lead the development and execution of advanced manufacturing strategies that drive automation, process innovation, custom equipment development, and scalable production across our global manufacturing  this highly visible leadership role, you will partner cross-functionally with Operations, R&D, Quality, Regulatory Affairs, Supply Chain, and site leadership teams to industrialize new products, modernize manufacturing processes, and build world-class manufacturing capabilities that support business growth.

Key Responsibilities:

Advanced Manufacturing Strategy:
Define and execute the global advanced manufacturing engineering roadmap, including automation, process technology, equipment strategy, tooling, digital manufacturing, capacity expansion, and manufacturing architecture for current and future products.

Machine Building & Technology Development:
Lead the design, build, debug, qualification, and lifecycle support of custom manufacturing equipment, automation cells, fixtures, tooling, inspection systems, and process technologies. Ensure equipment is designed for reliability, maintainability, safety, validation, lean flow, operator usability, and scalable production.

NPI & Industrialization:
Partner with R&D, Quality, Regulatory, Operations, and Supply Chain to ensure new products and transfers are designed for manufacturability, validated effectively, launched on time, and scaled with robust process capability.

Automation & Process Development:
Own the equipment and line design philosophy for the Implant Operating Company, ensuring new manufacturing systems are built for lean flow, high uptime, process capability, operator usability, maintainability, and long-term scalability.

Operational Performance:
Use strong problem solving and engineering skills to solve line-down issues, reduce process variation, improve yield, increase equipment reliability, remove capacity constraints, and deliver annual productivity and cost reduction commitments. This role will establish the organization as the recognized technical manufacturing authority for the Implant Operating Company.

Capital, Supplier & Portfolio Governance:
Build business cases, prioritize strategic initiatives, manage capital requests, establish project milestones and budgets, and ensure execution of high-impact engineering programs across sites. Manage external automation partners, machine builders, and equipment suppliers while maintaining internal technical ownership of design intent, acceptance criteria, and performance outcomes.

Quality, Compliance & Validation:
Ensure manufacturing processes, equipment, software, documentation, and validation activities meet applicable medical device quality system and regulatory expectations, including URS development, FAT/SAT, process validation, change control, risk management, and audit readiness.

People & Functional Leadership:
Lead, coach, and develop manufacturing engineering leaders and teams; build technical capability; establish standard work; and create a culture of accountability, problem solving, collaboration, continuous improvement, and hands-on technical excellence.#LI-EU1

Job Requirements:

What You'll Bring:

Experience:

15+ years of relevant manufacturing engineering, advanced manufacturing, automation, process development, equipment engineering, or operations experience, with 7+ years of leadership experience preferred. Must have direct experience leading custom machine build programs, including equipment concepting, URS development, mechanical/electrical/control design reviews, machine acceptance, debug, qualification, validation, and handoff to production.

Education:

Bachelor’s degree in Engineering, Science, or a related technical field required; advanced degree in Engineering, Business, or related field can be beneficial.

Technical Expertise:
Deep knowledge of manufacturing process development, custom automation, mechanical systems, controls/PLC/HMI, robotics or material handling where applicable, vision systems, fixtures, tooling, machine safety, equipment qualification, process validation, FAT/SAT, OEE, uptime, maintainability, spare parts/service strategy, Lean/Six Sigma, design for manufacturability, design for test, capacity planning, and…