TSMC
[Fall 2025/Spring 2026] TSMC Career Opportunities (Arizona/ California/ Texas /
TSMC, Phoenix, Arizona, United States, 85003
[Fall 2025] TSMC Career Opportunities (Arizona / California / Texas / Washington / Canada)
Join to apply for the
[Fall 2025] TSMC Career Opportunities (Arizona / California / Texas / Washington / Canada)
role at
TSMC .
As the leading semiconductor foundry in the world, TSMC has been at the forefront of technological innovation for over 30 years. In 2024, the company served 522 customers and manufactured 11,878 products across high‑performance computing, smartphones, IoT, automotive, and digital consumer electronics. TSMC is committed to providing a diverse and inclusive environment that inspires passion and unlocks the best in its employees. With global expansion, we are actively seeking talent in Research and Development, Operations, and supporting functions worldwide.
Join TSMC for a fulfilling career with endless growth possibilities. We hope to see you in the fall!
Operations / Fab Related Roles
Process Integration Engineer (PID)
– Focus on analyzing Inline and EOL electrical data to determine causes for issues, in collaboration with Integration, YED (Yield Excellence Department), and Process/Equipment engineers.
Yield Excellence Engineer (YED)
– Focus on defect inspection methodology to effectively deduce the root cause of critical issues by collaborating with stakeholders and innovating current techniques to counter live production line defects.
Process Engineer (PE)
– Deliver robust and efficient semiconductor manufacturing through data‑driven analytics, systematic problem‑solving, experimental design, precision control, and statistical methods. Collaborate with suppliers to address technology gaps and pursue continuous improvement in stability, quality, yield, productivity, and safety.
Equipment Engineer (EE)
– Improve and maintain tool performance in a cleanroom environment to ensure quality production. Key duties include troubleshooting alarms, installing and qualifying new tools, resolving critical equipment issues, improving tool uptime, enhancing hardware capabilities, implementing preventive systems, and managing vendor relationships.
Intelligent Manufacturing Engineer (MFG)
– Ensure 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.
Advanced Material Handling System (AMHS) Engineer
– Develop automated systems that ensure efficient, timely, and accurate wafer transfers. Tasks may include improving Delivery Time Accuracy (DTA) or enhancing Stocker dispatching systems to optimize lot movement and cycle times.
Quality Management Engineer (AQE)
– Support TSMC’s world‑class quality systems by collaborating with Taiwan’s Central Quality team. Monitor wafer fabrication processes, analyze manufacturing parameters, apply statistical methods, leverage predictive analytics, and contribute to product success during launches and technology ramps while ensuring compliance with global quality standards.
Product Engineer (PES)
– Analyze yield and process issues to support customer needs and drive improvements. Identify process and quality sweet spots to optimize yield efficiency, perform detailed layout analyses to uncover root causes, and conduct electrical and physical failure analyses.
Mask Process/Equipment Engineer (EBO)
– Ensure performance, reliability, and efficiency of photomask tools. Manage installation, maintenance, vendor relationships, and develop in‑line monitoring systems.
Central Start‑Up (CST) Tool Install Engineer
– Support the installation of manufacturing equipment and tools. Conduct site assessments, prepare installation plans, coordinate timelines, identify bottlenecks, and propose improvements.
Industrial Safety & Health (ISEP) Engineer
– Promote workplace safety and environmental sustainability. Implement safety protocols, evaluate hazards, conduct risk assessments, and refine high‑risk SOPs.
Computer Integrated Manufacturing (CIM) Engineer
– Work on analytical projects and machine‑vision tasks. Apply pattern recognition, machine learning, and agile software development principles; implement monitoring services on Kubernetes and automate deployment pipelines.
Facility, Design & Construction Related Roles
Facilities Electrical Engineer
– Operate and validate electrical systems, including transformers, switchgear, diesel generators, UPS, and transmission lines. Conduct walk‑downs, validation, startups, and maintain documentation.
Facilities Mechanical Engineer
– Operate and validate mechanical systems, including cleanroom and non‑cleanroom HVAC, air abatement, and chilled water systems. Perform walk‑downs, validation, startups, and documentation.
Facilities Water Treatment Engineer
– Operate and validate water treatment systems, including ultrapure water and wastewater systems. Walk‑downs, validation, startups, and documentation.
Facilities Gas & Chemical Engineer
– Operate and validate gas and chemical systems, including pure chemical delivery, slurry chemical delivery, bulk and specialty gases, and chemical waste systems. Walk‑downs, validation, startups, and documentation.
Chemical System Construction Engineer
– Manage systems for storing and distributing specialty and bulk chemicals and gases. Oversee construction activities, forecast, report, and troubleshoot commissioning challenges.
Civil Structural Architectural (CSA) Engineer
– Oversee concrete, steel structures, and architectural finishes. Monitor construction activities, support forecasting, reporting, and troubleshoot field issues.
Electrical Systems Construction Engineer
– Support electrical system construction from low voltage to high voltage. Monitor installation and troubleshooting activities, forecast, and resolve commissioning issues.
Water System Construction Engineer
– Oversee advanced ultra‑pure water systems and specialty wastewater treatment systems. Track construction activities, resolve commissioning and field issues.
Mechanical System Control Engineer
– Oversee HVAC, cleanroom systems, air abatement, and process water systems. Monitor construction activities, troubleshoot, and respond to RFIs.
Supporting Function Roles
Information Technology (IT)
Quality & Reliability (QR)
Corporate Planning Organization (CPO): Operation Resources & Production Planning
Material Management (MM)
Proprietary Information Protection (PIP)
Human Resources (HR)
Legal
Finance
Public Relations (PR)
Corporate ESH (Environment, Safety and Health)
Audit
Design Technology Platform Roles
Physical Design Engineer
Digital Signoff Engineer
SRAM Design Engineer
Minimum Qualifications For All Roles
Applicants must be legally eligible to work in the United States.
Currently enrolled at an accredited university pursuing a Bachelor’s, Master’s, or Ph.D. in Electrical Engineering, Materials Science, Chemical Engineering, Chemistry, Mechanical Engineering, Physics, Industrial Engineering, Civil Engineering, Construction, or related engineering fields (business, finance, law or other related fields also included).
Must be able to work full‑time (40 hours per week) on‑site.
Knowledge of semiconductor manufacturing process and design is a strong add.
Flexibility to change priorities and responsibilities to support business needs.
Self‑motivated learner, proactive collaborator, and adept at presenting and discussing ideas.
Strong communication, computer, presentation, listening, and teamwork skills.
May be required to: lift weights according to applicable safety guidelines; work in a cleanroom environment, gown in coveralls, hoods, boots, safety glasses, and gloves; spend significant time on the factory floor working on tools.
Work Location Phoenix, Arizona; San Jose, California; Austin, Texas; Washington; Canada.
Travel May require travel depending on business needs.
Relocation Assistance Available.
By applying for these roles, you’ll also be considered for other positions that align with your qualifications. TSMC may reach out with additional opportunities if your skills and experience match.
All positions may require access to export‑controlled technical data. Non‑U.S. persons may require an export license. U.S. persons include U.S. citizens, lawful permanent residents, and persons admitted to the United States as refugees or asylees.
#J-18808-Ljbffr
[Fall 2025] TSMC Career Opportunities (Arizona / California / Texas / Washington / Canada)
role at
TSMC .
As the leading semiconductor foundry in the world, TSMC has been at the forefront of technological innovation for over 30 years. In 2024, the company served 522 customers and manufactured 11,878 products across high‑performance computing, smartphones, IoT, automotive, and digital consumer electronics. TSMC is committed to providing a diverse and inclusive environment that inspires passion and unlocks the best in its employees. With global expansion, we are actively seeking talent in Research and Development, Operations, and supporting functions worldwide.
Join TSMC for a fulfilling career with endless growth possibilities. We hope to see you in the fall!
Operations / Fab Related Roles
Process Integration Engineer (PID)
– Focus on analyzing Inline and EOL electrical data to determine causes for issues, in collaboration with Integration, YED (Yield Excellence Department), and Process/Equipment engineers.
Yield Excellence Engineer (YED)
– Focus on defect inspection methodology to effectively deduce the root cause of critical issues by collaborating with stakeholders and innovating current techniques to counter live production line defects.
Process Engineer (PE)
– Deliver robust and efficient semiconductor manufacturing through data‑driven analytics, systematic problem‑solving, experimental design, precision control, and statistical methods. Collaborate with suppliers to address technology gaps and pursue continuous improvement in stability, quality, yield, productivity, and safety.
Equipment Engineer (EE)
– Improve and maintain tool performance in a cleanroom environment to ensure quality production. Key duties include troubleshooting alarms, installing and qualifying new tools, resolving critical equipment issues, improving tool uptime, enhancing hardware capabilities, implementing preventive systems, and managing vendor relationships.
Intelligent Manufacturing Engineer (MFG)
– Ensure 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.
Advanced Material Handling System (AMHS) Engineer
– Develop automated systems that ensure efficient, timely, and accurate wafer transfers. Tasks may include improving Delivery Time Accuracy (DTA) or enhancing Stocker dispatching systems to optimize lot movement and cycle times.
Quality Management Engineer (AQE)
– Support TSMC’s world‑class quality systems by collaborating with Taiwan’s Central Quality team. Monitor wafer fabrication processes, analyze manufacturing parameters, apply statistical methods, leverage predictive analytics, and contribute to product success during launches and technology ramps while ensuring compliance with global quality standards.
Product Engineer (PES)
– Analyze yield and process issues to support customer needs and drive improvements. Identify process and quality sweet spots to optimize yield efficiency, perform detailed layout analyses to uncover root causes, and conduct electrical and physical failure analyses.
Mask Process/Equipment Engineer (EBO)
– Ensure performance, reliability, and efficiency of photomask tools. Manage installation, maintenance, vendor relationships, and develop in‑line monitoring systems.
Central Start‑Up (CST) Tool Install Engineer
– Support the installation of manufacturing equipment and tools. Conduct site assessments, prepare installation plans, coordinate timelines, identify bottlenecks, and propose improvements.
Industrial Safety & Health (ISEP) Engineer
– Promote workplace safety and environmental sustainability. Implement safety protocols, evaluate hazards, conduct risk assessments, and refine high‑risk SOPs.
Computer Integrated Manufacturing (CIM) Engineer
– Work on analytical projects and machine‑vision tasks. Apply pattern recognition, machine learning, and agile software development principles; implement monitoring services on Kubernetes and automate deployment pipelines.
Facility, Design & Construction Related Roles
Facilities Electrical Engineer
– Operate and validate electrical systems, including transformers, switchgear, diesel generators, UPS, and transmission lines. Conduct walk‑downs, validation, startups, and maintain documentation.
Facilities Mechanical Engineer
– Operate and validate mechanical systems, including cleanroom and non‑cleanroom HVAC, air abatement, and chilled water systems. Perform walk‑downs, validation, startups, and documentation.
Facilities Water Treatment Engineer
– Operate and validate water treatment systems, including ultrapure water and wastewater systems. Walk‑downs, validation, startups, and documentation.
Facilities Gas & Chemical Engineer
– Operate and validate gas and chemical systems, including pure chemical delivery, slurry chemical delivery, bulk and specialty gases, and chemical waste systems. Walk‑downs, validation, startups, and documentation.
Chemical System Construction Engineer
– Manage systems for storing and distributing specialty and bulk chemicals and gases. Oversee construction activities, forecast, report, and troubleshoot commissioning challenges.
Civil Structural Architectural (CSA) Engineer
– Oversee concrete, steel structures, and architectural finishes. Monitor construction activities, support forecasting, reporting, and troubleshoot field issues.
Electrical Systems Construction Engineer
– Support electrical system construction from low voltage to high voltage. Monitor installation and troubleshooting activities, forecast, and resolve commissioning issues.
Water System Construction Engineer
– Oversee advanced ultra‑pure water systems and specialty wastewater treatment systems. Track construction activities, resolve commissioning and field issues.
Mechanical System Control Engineer
– Oversee HVAC, cleanroom systems, air abatement, and process water systems. Monitor construction activities, troubleshoot, and respond to RFIs.
Supporting Function Roles
Information Technology (IT)
Quality & Reliability (QR)
Corporate Planning Organization (CPO): Operation Resources & Production Planning
Material Management (MM)
Proprietary Information Protection (PIP)
Human Resources (HR)
Legal
Finance
Public Relations (PR)
Corporate ESH (Environment, Safety and Health)
Audit
Design Technology Platform Roles
Physical Design Engineer
Digital Signoff Engineer
SRAM Design Engineer
Minimum Qualifications For All Roles
Applicants must be legally eligible to work in the United States.
Currently enrolled at an accredited university pursuing a Bachelor’s, Master’s, or Ph.D. in Electrical Engineering, Materials Science, Chemical Engineering, Chemistry, Mechanical Engineering, Physics, Industrial Engineering, Civil Engineering, Construction, or related engineering fields (business, finance, law or other related fields also included).
Must be able to work full‑time (40 hours per week) on‑site.
Knowledge of semiconductor manufacturing process and design is a strong add.
Flexibility to change priorities and responsibilities to support business needs.
Self‑motivated learner, proactive collaborator, and adept at presenting and discussing ideas.
Strong communication, computer, presentation, listening, and teamwork skills.
May be required to: lift weights according to applicable safety guidelines; work in a cleanroom environment, gown in coveralls, hoods, boots, safety glasses, and gloves; spend significant time on the factory floor working on tools.
Work Location Phoenix, Arizona; San Jose, California; Austin, Texas; Washington; Canada.
Travel May require travel depending on business needs.
Relocation Assistance Available.
By applying for these roles, you’ll also be considered for other positions that align with your qualifications. TSMC may reach out with additional opportunities if your skills and experience match.
All positions may require access to export‑controlled technical data. Non‑U.S. persons may require an export license. U.S. persons include U.S. citizens, lawful permanent residents, and persons admitted to the United States as refugees or asylees.
#J-18808-Ljbffr