Process Engineer
Nexus Semiconductor Recruitment, Lehi, UT, United States
Join an advanced manufacturing organization as a Photolithography Process Engineer supporting high volume wafer fabrication through process optimization, yield improvement, and production support. This role offers hands on impact in a fast paced fab environment, working closely with cross functional teams to drive stable, efficient, and scalable manufacturing performance.
Key Responsibilities
Provide day to day process engineering support to high volume manufacturing operations, ensuring stable output, quality, and cycle time performance
Own lot and equipment disposition decisions to maintain continuous production flow and minimize manufacturing interruptions
Support equipment and process startups, experiments, and ramp activities during production scaling initiatives
Lead and execute process improvement projects focused on yield enhancement, efficiency gains, cost reduction, and product quality
Apply statistical analysis and structured problem solving methodologies to identify root causes and implement corrective actions
Collaborate cross functionally with manufacturing, equipment, and technology teams to drive sustainable process performance
Participate in on call or off shift support as required to address production escalations
Preferred Qualifications & Experience
Bachelor’s degree in an engineering or physical sciences discipline (or equivalent practical experience)
3+ years of hands on engineering experience in a semiconductor fabrication environment, with a focus on photolithography processes
Strong working knowledge of statistical process control, process change management, and manufacturing release strategies
Experience supporting advanced technology nodes and complex patterning challenges
Demonstrated capability in data analysis, modeling, and experiment design to solve manufacturing problems
Familiarity with optical process optimization, reticle enhancement concepts, or lithography modeling tools
Proficiency working in Unix or similar engineering computing environments
Strong communication skills and the ability to influence outcomes across multidisciplinary teams
Proven ability to manage multiple priorities in a fast moving production environment
What You’ll Get in Return
Competitive compensation aligned to experience and impact
Comprehensive health and wellness benefits
Long term career growth within an advanced manufacturing organization
Exposure to complex, large scale production challenges
A collaborative and inclusive engineering culture
Equal Opportunity Statement
This company is committed to fostering an inclusive and diverse workplace, prohibiting discrimination based on race, color, religion, gender, national origin, age, disability, veteran status, marital status, pregnancy, gender identity, sexual orientation, or any other legally protected status.
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Key Responsibilities
Provide day to day process engineering support to high volume manufacturing operations, ensuring stable output, quality, and cycle time performance
Own lot and equipment disposition decisions to maintain continuous production flow and minimize manufacturing interruptions
Support equipment and process startups, experiments, and ramp activities during production scaling initiatives
Lead and execute process improvement projects focused on yield enhancement, efficiency gains, cost reduction, and product quality
Apply statistical analysis and structured problem solving methodologies to identify root causes and implement corrective actions
Collaborate cross functionally with manufacturing, equipment, and technology teams to drive sustainable process performance
Participate in on call or off shift support as required to address production escalations
Preferred Qualifications & Experience
Bachelor’s degree in an engineering or physical sciences discipline (or equivalent practical experience)
3+ years of hands on engineering experience in a semiconductor fabrication environment, with a focus on photolithography processes
Strong working knowledge of statistical process control, process change management, and manufacturing release strategies
Experience supporting advanced technology nodes and complex patterning challenges
Demonstrated capability in data analysis, modeling, and experiment design to solve manufacturing problems
Familiarity with optical process optimization, reticle enhancement concepts, or lithography modeling tools
Proficiency working in Unix or similar engineering computing environments
Strong communication skills and the ability to influence outcomes across multidisciplinary teams
Proven ability to manage multiple priorities in a fast moving production environment
What You’ll Get in Return
Competitive compensation aligned to experience and impact
Comprehensive health and wellness benefits
Long term career growth within an advanced manufacturing organization
Exposure to complex, large scale production challenges
A collaborative and inclusive engineering culture
Equal Opportunity Statement
This company is committed to fostering an inclusive and diverse workplace, prohibiting discrimination based on race, color, religion, gender, national origin, age, disability, veteran status, marital status, pregnancy, gender identity, sexual orientation, or any other legally protected status.
#J-18808-Ljbffr