QC Functional Engineer II – Application

Job requirements

• 3–6 years of experience as a Process Engineer, Equipment Engineer, or Metrology Engineer in a cleanroom or semiconductor environment

• Experience with lithography process equipment and/or metrology tools, with minimal to moderate supervision

• Working knowledge of SPC/SQC, measurement system analysis, and/or LIMS

• Strong proficiency in Excel, Word, PowerPoint, databases, and JMP

• Experience in tool troubleshooting and/or process troubleshooting

• Exposure to tool installation, qualification, and continuous improvement projects

• Strong communication and presentation skills with ability to influence cross-functional teams

• Ability to work effectively in a team-oriented, fast-paced manufacturing environment

• Knowledge of semiconductor manufacturing, photolithography, and metrology strongly preferred

• Strong foundation in lithography process and metrology tool support within cleanroom environments

• Hands-on experience in QC operations, data analysis, and process troubleshooting

• Proficient in statistical tools and systems (JMP, SPC/SQC, LIMS, Excel) for data-driven decision making

• Proven ability to apply structured problem-solving methods such as DOE, 8D, and fishbone analysis

• Experience supporting tool installation, qualification, and continuous improvement (CIP) initiatives

• Strong collaboration skills working with cross-functional teams, vendors, and operations partners

• Effective communicator with ability to present technical data in MRB, PCS, and PCB forums

• Quality-focused mindset with strong attention to process control, compliance, and continuous improvement

• Ability to adapt and perform in a fast-paced semiconductor manufacturing environment

Job responsibilities

• You will play a key role in supporting QC operations, tool performance, and process stability by:

• Supporting QC metrology, process development, tool management, PCS, MCC, and LIMS activities (with minimal to moderate supervision)

• Applying structured problem-solving methods such as DOE, 8D, fishbone analysis, and tool partitioning to resolve tool and process issues

• Performing QC testing, data collection, and analysis to support manufacturing and customer requirements

• Using statistical and analytical tools such as JMP, Excel, Visio, PowerPoint, and databases to interpret and present data