EXE PE: Advanced Manufacturing Development & Industrialization Lead

ASML•Wilton, CT

1d•Onsite

About The Position

The Production Engineering "Advanced Manufacturing Development & Industrialization Lead" is a key driver of innovation, strategic process improvements, and next-generation manufacturing technology implementation. This role provides technical leadership in manufacturing operations, shapes the technology roadmap, optimizes factory processes, and establishes best practices that enhance efficiency and scalability. As a senior leader, this role plays a pivotal part in cross-functional collaboration, supplier engagement, and ensuring seamless integration of advanced manufacturing solutions into production environments. This role is specifically focused on the NPI of HPP and the introduction to the factory, in partnership with follow project leadership and Production Engineering. Role Summary: Advanced Readiness & Capability Hub for Industrialization, Transition, Execution, Cross‑sector Technical‑authority.

Requirements

Bachelors of Science degree in technical domain (e.g. mechanical/electrical/optical/chemical/industrial engineering, mechatronics, physics, or related field); 8+ yrs experience in a technical production environment, required
2+ years experience in a technical leadership role, and exposure to several variations of technical challenges.
Or Masters of Science degree in technical domain (e.g. mechanical/electrical/optical/chemical/industrial engineering, mechatronics, physics, or related field); 4+yrs experience in a technical production environment, required
2+ years experience in a technical leadership role, and exposure to several variations of technical challenges.
Expertise in manufacturing process development, SPC, and advanced analytics.
Strong leadership and cross-functional collaboration skills.
Excellent analytical, problem-solving, and communication abilities.
Experience with high-tech manufacturing or complex assembly processes.
Familiarity with Engineering Change processes and product lifecycle management.
Proficiency in data analysis tools and ERP/MES systems.

Nice To Haves

Technical Expertise: Deep understanding of manufacturing processes, SPC, and lean principles.
Problem-Solving: Ability to identify root causes and implement effective corrective actions.
Process Optimization: Skilled in driving efficiency improvements and reducing defects.
Cross-Functional Collaboration: Strong communication and teamwork skills to align engineering, operations, and quality teams.
Data-Driven Decision Making: Proficiency in analyzing cycle time, yield, and performance metrics to guide improvements.
Project Management: Ability to lead technology development and improvement projects from concept to implementation.
Adaptability: Comfortable working in a fast-paced environment with evolving priorities.
Continuous Improvement Mindset: Commitment to driving structural changes and long-term sustainability.
Effective Communication: Ability to clearly convey technical concepts to both technical and non-technical stakeholders.
Leadership & Influence: Capable of motivating teams and driving consensus across diverse groups.
Critical Thinking: Strong analytical mindset to evaluate complex problems and propose innovative solutions.
Collaboration: Builds strong relationships and works effectively in cross-functional teams.
Time Management: Prioritizes tasks and manages multiple projects under tight deadlines.
Resilience: Maintains composure and focus in high-pressure situations.
Proactive Approach: Anticipates challenges and takes initiative to address them before they escalate.
Expert-level knowledge of manufacturing processes (automation, analytics, digital manufacturing).
Advanced proficiency in data analysis tools (Excel, Minitab, JMP, or equivalent).
Deep expertise in SPC, PFMEA, and advanced statistical analysis for process optimization.
Strong experience with ERP/MES systems and integration for production control and documentation.
Proven ability to lead Lean Six Sigma initiatives (Green/Black Belt certification preferred).
Skilled in process validation, equipment qualification, and industrialization of new technologies.
Ability to perform capacity modeling, throughput optimization, and factory layout design.
Familiarity with global compliance standards, safety regulations, and risk mitigation strategies.
Experience in automation technologies, robotics integration, and digital manufacturing solutions.
Strong capability in root cause analysis (RCA) and structured problem-solving methodologies.
Hands-on experience with outsourcing and transfer projects, including supplier qualification and process ramp-up.

Responsibilities

Drive long-term manufacturing technology roadmaps for the factory for a given module, ensuring alignment with company strategy and future industry trends.
Provide high-level manufacturing input into key process development documents.
Lead the development and execution of cutting-edge manufacturing solutions, ensuring robust integration with factory operations.
Provide factory input during ECN reviews, ADR/PDR/CDR’s.
Drive readiness for volume manufacturing by embedding manufacturability and serviceability considerations into early design phases.
Develop, define, and support Production Engineering team in the implementation of high-impact process improvements that elevate production efficiency and product quality.
Works with D&E FO (Functional Owner) to create Statistical Process Control (SPC) parameters for new products to ensure process stability.
Provide expert technical guidance during integration, testing, and industrialization phases to resolve complex design and manufacturing issues.
Close the operational feedback loop by incorporating lessons learned from production and field performance into design improvements.
Establish strong partnerships within internal/external stakeholder teams to drive alignment with manufacturing objectives.
Facilitate strategic decision-making through data-driven insights and technical expertise.
Chair Cross-Sector Alignment (CSA) meetings to ensure factory alignment with D&E Architects
Lead risk assessments for new technology integrations and guide team to proactively implement mitigation strategies.
Act as Subject Matter Expert (SME) in technical escalations related to manufacturing processes, ensuring rapid issue resolution and long-term corrective actions.
Create, provide and deliver technical slides for various forums as needed.
Support the Project Lead (PL) in technical communications for Dead on Arrival (DOA) cases and Greenheart meetings.
Assist the PL in setting and executing technical priorities.
Lead future-focused initiatives to drive digital transformation and smart manufacturing within production environments.
Identify and champion emerging technologies that enhance automation, precision, and efficiency in manufacturing processes.