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Etch Process Engineer Jobs in Arizona (NOW HIRING)

Amat

Process Technician III

Phoenix, AZ · On-site

$25 - $34.70/hr

Who We Are Applied Materials is a global leader in materials engineering solutions used to produce ... Operate semiconductor lab tools (e.g., etch, deposition, metrology, FIB, SEM depending on ...

Applied Materials

Process Technician III

Phoenix, AZ · On-site

$25 - $34.70/hr

Who We Are Applied Materials is a global leader in materials engineering solutions used to produce ... Operate semiconductor lab tools (e.g., etch, deposition, metrology, FIB, SEM depending on ...

Amat

Process Support Engineer Trainer - E4

Chandler, AZ · On-site

$128K - $176K/yr

Chemical Vapor Deposition, Atomic Layer Deposition, Plasma Reactive Ion Etch, Physical Vapor ... process support engineer knowledge and skills not covered by other training (such as AGS HW or AGU ...

Amat

Process Support Engineer Trainer - E4

Phoenix, AZ · On-site

$128K - $176K/yr

Chemical Vapor Deposition, Atomic Layer Deposition, Plasma Reactive Ion Etch, Physical Vapor ... process support engineer knowledge and skills not covered by other training (such as AGS HW or AGU ...

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All JobsEtch Process Engineer JobsEtch Process Engineer Jobs in Arizona

Etch Process Engineer information

See Arizona salary details

$46.1K

$85.8K

$132.8K

How much do etch process engineer jobs pay per year?

As of Jul 6, 2026, the average yearly pay for etch process engineer in Arizona is $85,750.00, according to ZipRecruiter salary data. Most workers in this role earn between $69,400.00 and $96,000.00 per year, depending on experience, location, and employer.

What are the typical challenges faced by an Etch Process Engineer, and how can they be addressed?

Etch Process Engineers often encounter challenges such as maintaining process stability, optimizing etch selectivity, and minimizing defects in semiconductor manufacturing. Addressing these challenges requires strong analytical skills, attention to detail, and frequent collaboration with equipment engineers and process integration teams. Staying current with new etching techniques and maintaining thorough documentation can help resolve issues efficiently. Additionally, clear communication within cross-functional teams is essential for troubleshooting and continuous improvement.

What is the difference between Etch Process Engineer vs Plasma Process Engineer?

AspectEtch Process EngineerPlasma Process Engineer
CredentialsBachelor's in Chemical, Materials, or Electrical EngineeringBachelor's in Chemical, Materials, or Electrical Engineering
Work EnvironmentCleanroom semiconductor fabrication facilitiesCleanroom semiconductor fabrication facilities
Industry UsageSemiconductor manufacturing, microfabricationSemiconductor manufacturing, microfabrication
Job FocusEtching patterns onto wafers using chemical or plasma processesDeveloping and optimizing plasma-based processes for etching and deposition

Both roles are integral to semiconductor fabrication, often working in similar environments and requiring comparable technical backgrounds. The Etch Process Engineer primarily focuses on the etching process itself, while the Plasma Process Engineer specializes in plasma-based techniques that can include etching and deposition. Understanding these distinctions helps in choosing the right career path or job search focus.

What are the key skills and qualifications needed to thrive as an Etch Process Engineer, and why are they important?

To thrive as an Etch Process Engineer, you need a strong background in materials science, chemical engineering, or a related field, typically supported by a relevant bachelor's or master's degree. Familiarity with semiconductor fabrication tools, such as plasma etchers and process control systems, as well as knowledge of industry standards like SEMI and SPC, is essential. Strong analytical thinking, problem-solving abilities, and effective communication skills help in troubleshooting complex processes and collaborating with cross-functional teams. These skills and qualities are vital for optimizing manufacturing yields, ensuring process stability, and driving innovation in semiconductor production.

What are Etch Process Engineers?

Etch Process Engineers are specialized professionals who develop, optimize, and monitor the etching processes used in semiconductor manufacturing. They work to ensure precise removal of material from silicon wafers using chemical or plasma etching techniques, which is critical for defining micro- and nano-scale patterns on chips. Their responsibilities include process development, troubleshooting, equipment maintenance, and data analysis to improve yield and device performance. Etch Process Engineers often collaborate with other engineering teams to support new technology introductions and meet production goals.
What are popular job titles related to Etch Process Engineer jobs in Arizona? For Etch Process Engineer jobs in Arizona, the most frequently searched job titles are:
What job categories do people searching Etch Process Engineer jobs in Arizona look for? The top searched job categories for Etch Process Engineer jobs in Arizona are:
Etch Process Engineer jobs near you
Infographic showing various Etch Process Engineer job openings in Arizona as of July 2026, with employment types broken down into 94% Full Time, 3% Part Time, and 3% Contract. Highlights an 87% Physical, 4% Hybrid, and 9% Remote job distribution, with an average salary of $85,750 per year, or $41.2 per hour.
[Fall 2025/Spring 2026] TSMC Engineering Career Opportunities (US Locations)

[Fall 2025/Spring 2026] TSMC Engineering Career Opportunities (US Locations)

TSMC

Phoenix, AZ • On-site

Full-time

Posted 19 days ago

TSMC rating

8.4

Company rating: 8.4 out of 10

Based on 20 frontline employees who took The Breakroom Quiz

22nd of 141 rated electronics manufacturers

Job description

Taiwan Semiconductor Manufacturing Company (TSMC) will be visiting your school in the Fall (date and location will be shared later).
As the leading semiconductor foundry in the world, we have been at the forefront of technological innovation for over 30 years. In 2024, TSMC served 522 customers and manufactured 11,878 products for various applications covering a variety of end markets including high performance computing, smartphones, the Internet of Things (IoT), automotive, and digital consumer electronics. We strive to provide a diverse and inclusive environment to inspire passion and enable the best in our employees. As the company expands globally, we are actively seeking talent in Research and Development, Operations, and other supporting functions in world-wide locations.
Join TSMC for a fulfilling career with endless growth possibilities. We hope to see you in the fall!
Job Opportunities:
Operations/Fab related Roles(Please note that Operations/Fab related roles will primarily be located in Phoenix, Arizona or Camas, Washington.)
  1. Process Integration Engineer (PID) - Apply directly for a faster response: https://tsmcaz.info/ProcessEngineer
    Focus on analyzing Inline and EOL (End-of-Line) electrical data to determine causes for issues, in collaboration with Integration, YED (Yield Excellence Department), and Process/Equipment engineers.
  2. Yield Excellence Engineer (YED) - Apply directly for a faster response: https://tsmcaz.info/YieldExcellenceEng
    Focus on defect inspection methodology to effectively deduce the root cause of critical issues by collaborating with respective stakeholders and innovate the current techniques to combat defect issues live on the production line.
  3. Process Engineer (PE) - Apply directly for a faster response: https://tsmcaz.info/ProcessEngineer
    Focus on delivering robust and efficient semiconductor manufacturing through data-driven analytics and systematic problem-solving. Optimize processes with experimental design, precision control, and statistical methods. Collaborate with suppliers to address technology gaps and focus on continuous improvement in stability, quality, yield, productivity, and safety.
    • CMP : Chemical Mechanical Planarization
    • CVD : Chemical Vapor Deposition
    • PVD : Physical Vapor Deposition
    • EPI : Epitaxy
    • DIF : Diffusion
    • WET : Wet Clean
    • ME : Metrology
    • Etch : Wet Etch and Dry Etch
    • LIT : Lithography
  4. Equipment Engineer (EE) - Apply directly for a faster response: https://tsmcaz.info/EquipmentEngineer
    Focus on improving and maintaining tool performance in a cleanroom environment to ensure quality production. Key duties include troubleshooting alarms, installing and qualifying new tools, resolving critical equipment issues, and improving tool uptime. Additionally, the role involves enhancing hardware capabilities, implementing systems to prevent equipment failures, and managing vendor relationships while coordinating with facilities, vendors, and manufacturing teams.
    • CMP : Chemical Mechanical Planarization
    • CVD : Chemical Vapor Deposition
    • PVD : Physical Vapor Deposition
    • EPI : Epitaxy
    • DIF : Diffusion
    • WET : Wet Clean
    • ME : Metrology
    • Etch : Wet Etch and Dry Etch
    • LIT : Lithography
  5. Intelligent Manufacturing Engineer (MFG) - Apply directly for a faster response: https://tsmcaz.info/IntelligentManufacturingEng
    Focus on ensuring the timely delivery of high-quality wafers by driving productivity and efficiency through advanced technologies such as Smart Scheduling and Precise Dispatching. Responsibilities include system optimization, productivity improvement initiatives, and quality defense enhancements to support daily operations.
  6. Advanced Material Handling System (AMHS) Engineer - Apply directly for a faster response: https://tsmcaz.info/AMHS
    Focus on automated systems that ensure efficient, timely, and accurate wafer transfers. Projects may include improving Delivery Time Accuracy (DTA) or enhancing Stocker dispatching systems to optimize lot movement and cycle times.
  7. Quality Management Engineer (AQE)
    Support on TSMC's mission of world-class quality systems by collaborating with Taiwan's Central Quality team. This role includes monitoring wafer fabrication processes, analyzing manufacturing parameters, applying statistical methods, and leveraging predictive analytics to optimize process control. You'll also contribute to product success during launches and technology ramps while ensuring compliance with global quality standards.
  8. Product Engineer (PES) - Apply directly for a faster response: https://ro.careers.tsmc.com/job-invite/5591/
    Focus on analyzing yield and process issues to support customer needs and drive improvements in semiconductor manufacturing. Your work will involve identifying process and quality "sweet spots" to optimize yield efficiency, performing detailed layout analyses to uncover root causes, and conducting electrical and physical failure analyses to pinpoint process-stage issues.
  9. Mask Process/Equipment Engineer (EBO) - Apply directly for a faster response: https://ro.careers.tsmc.com/job-invite/7567/
    Be responsible for ensuring the performance, reliability, and efficiency of photomask tools within our advanced manufacturing operations. This role involves collaborating with tool owners to manage the installation and maintenance of photomask equipment, partnering with tool vendors to improve maintenance processes, and developing in-line monitoring systems to proactively identify and address potential issues.
  10. Central Start-Up (CST) Tool Install Engineer
    Focus on supporting the installation of manufacturing equipment and tools by conducting site assessments, preparing installation plans, and coordinating timelines with internal teams. You will work on projects such as surveying construction sites to identify optimization opportunities, developing improvement proposals, and presenting findings through reports or visual presentations. Demonstrate project management skills by identifying bottlenecks in the installation process and recommending solutions to streamline operations.
  11. Industrial Safety & Health (ISEP) Engineer - Apply directly for a faster response: https://ro.careers.tsmc.com/job-invite/4841/
    Focus on supporting and promoting workplace safety and environmental sustainability efforts in advanced semiconductor facilities. Collaborate with departments to implement safety protocols, evaluate hazards (e.g., radiation, lasers, gases, chemicals), conduct risk assessments, and refine high-risk SOPs to ensure a safe and compliant work environment.
  12. Computer Integrated Manufacturing (CIM) Engineer
    Be part of TSMC's DevOps team to tackle analytical projects and machine vision tasks that address production line issues. Work on projects like pattern recognition, machine learning, and web development while learning agile software development, implement Prometheus and Grafana monitoring services that were deployed to Kubernetes platform, implemented automated deployment pipelines utilizing Microsoft Azure DevOps and machine learning/statistics model or algorithms developed.

Facility, Design & Construction Related Roles (Please note that Facility, Design & Construction related roles will primarily be located in Phoenix, Arizona.)
  1. Facilities Electrical Engineer:Support the operation and validation of electrical systems, including 230kV/34.5kV transformers, switchgear, diesel generators, UPS, and transmission lines. Responsibilities include system walkdowns, validation, startups, and developing operations and maintenance documentation. Contribute to special projects within the electrical engineering scope.
  2. Facilities Mechanical EngineerAssist in the operation and validation of mechanical systems, including cleanroom and non-cleanroom HVAC, air abatement, and chilled water systems. Responsibilities include system walkdowns, validation, startups, and creating operations and maintenance documentation. Contribute to special projects within the mechanical engineering scope.
  3. Facilities Water Treatment EngineerSupport the operation and validation of water treatment systems, including ultrapure water and wastewater systems. Responsibilities include system walkdowns, validation, startups, and developing operations and maintenance documentation. Contribute to special projects within the water treatment engineering scope.
  4. Facilities Gas & Chemical EngineerAssist in the operation and validation of gas and chemical systems, including pure chemical delivery, slurry chemical delivery, bulk and specialty gases, and chemical waste systems. Responsibilities include system walkdowns, validation, startups, and creating operations and maintenance documentation. Contribute to special projects within the gas and chemical engineering scope.
  5. Chemical System Construction EngineerWork closely with TSMC construction and engineering teams to manage systems for storing and distributing specialty and bulk chemicals and gases. Oversee construction activities, assist with forecasting, reporting, and work planning, troubleshoot commissioning challenges, resolve field issues, and respond to RFIs to ensure seamless project execution and optimal system performance.
  6. Civil Structural Architectural (CSA) EngineerCollaborate with TSMC construction teams and crews to oversee concrete, steel structures, and architectural finishes. Monitor key construction activities, support forecasting and reporting and work planning activities, troubleshoot construction hold-ups and field issues, and respond to RFIs to ensure smooth project execution.
  7. Electrical Systems Construction EngineerCollaborate with TSMC construction teams, electrical engineers, and crews on electrical systems ranging from low voltage to high voltage (up to 230kV). Monitor and track electrical installation and troubleshooting activities. Support forecasting, reporting, and work planning efforts with project management. Assist in resolving commissioning issues, field challenges, and responding to RFIs from construction crews.
  8. Water System Construction EngineerCollaborate with TSMC construction teams, mechanical and water engineers, and crews on advanced ultra-pure water systems and specialty wastewater treatment systems. Monitor and track construction activities in the field. Support forecasting, reporting, and work planning with project management. Assist in resolving commissioning issues, field challenges, and responding to RFIs from construction crews.
  9. Mechanical System Control EngineerCollaborate with TSMC construction teams, mechanical engineers, and crews on systems such as HVAC, clean room systems, air abatement, and process water systems. Monitor and track construction activities in the field. Support forecasting, reporting, and work planning with project management. Assist in resolving commissioning issues, clean room contamination, field challenges, and responding to RFIs from construction crews.

Supporting Function Roles (Please note that supporting roles will primarily be located in Phoenix, Arizona or San Jose, California or Camas, Washington.)
  • Information Technology (IT)
  • Quality & Reliability (QR)
  • Corporate Planning Organization (CPO): Includes Operation Resources & Production Planning
  • Material Management (MM)
  • Proprietary Information Protection (PIP)
  • Human Resources (HR)
  • Legal
  • Finance
  • Public Relations (PR)
  • Coporate ESH (Environment, Safety and Health)
  • Audit

Design Technology Platform Roles (Please note that Design Technology Platform roles will primarily be located in San Jose, California or Austin, Texas.)
  • Physical Design Engineer
  • Digital Signoff Engineer
  • SRAM Design Engineer

*Please note that your job responsibilities are not limited to those mentioned above and may include additional duties as required.
Minimum Qualifications for all roles:
Applicants must be legally eligible to work in the United States and have:
  • Candidates must currently be enrolled at an accredited university pursuing a Bachelor's, Master's, or Ph.D. degree in Electrical Engineering, Materials Science, Chemical Engineering, Chemistry, Mechanical Engineering, Physics, Industrial Engineering, Civil Engineering, Construction, or other related engineering fields. Business, finance, law or other related fields are also included.
  • Must be able to work full-time (40 hours per week) on-site.
  • Knowledge of semiconductor manufacturing process and design would be a strong add.
  • Flexibility to change priorities and responsibilities to support business needs.
  • Candidate will be expected to be self-motivated learner, good at proactive collaboration, and should get the opportunity to work in a team presenting and discussion their work and ideas.
  • Strong communication, computer, presentation, listening, working with others needed to contribute to the team and TSMC's culture.
  • Some roles may require the ability to:
    (a) Lift weights in accordance with applicable regulations and safety guidelines, including NIOSH lifting recommendations.
    (b) Able to work in a cleanroom environment, gowning up in coveralls, hoods, boots, safety glasses and gloves. Spend significant amount of time on the factory floor working on the tools.

Work Location: Phoenix, Arizona/ San Jose, California/ Austin, Texas / Washington / Canada
Travel: May require travel dependent o

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