The Quality Engineer is responsible for ensuring quality requirements are achieved throughout the manufacturing process for large-format machined components.
Responsibilities
Ensure compliance with company quality standards, customer specifications, and applicable industry requirements
Develop and maintain quality plans, inspection plans, control plans, and quality procedures
Participate in internal and external audits and support corrective actions resulting from audit findings
Provide daily support to large-format machining operations including CNC horizontal boring mills, gantry mills, vertical turning centers, and multi-axis machining centers
Review manufacturing processes to ensure compliance with engineering drawings, GD&T requirements, work instructions, and customer specifications
Requirements
Bachelor's degree in Engineering, Manufacturing Engineering, Mechanical Engineering, Industrial Engineering, or related technical discipline
Nice to have: ASQ Certified Quality Engineer (CQE) certification
Nice to have: Lean Six Sigma Green Belt or Black Belt certification
Provide technical leadership and manufacturing support for HLA, CsI scintillator deposition, and detector back-end processes, driving improvements in process capability, equipment performance, product yield, and manufacturing robustness.
Compensation
For U.S. based positions only, the pay range for this position is $105,600.00-$158,400.00 Annual. In addition, this position may also be eligible to earn performance based incentive compensation, which may include cash bonus(es) and/or long term incentives (LTI).
Responsibilities
Provide technical leadership for HLA, CsI deposition, parylene coating, laser/mechanical scribing, epoxy sealing, and related detector back-end manufacturing processes.
Establish and maintain robust process windows, recipes, operating parameters, and manufacturing controls.
Troubleshoot complex process and equipment issues using structured problem-solving and root-cause analysis.
Monitor and analyze yield, first-pass yield (FPY), defect trends, process capability, equipment performance, and critical-to-quality (CTQ) metrics to identify and prioritize improvements.
Apply statistical process control (SPC), design of experiments (DOE), Lean, Six Sigma, and FMEA methodologies to improve process capability, yield, cycle time, equipment uptime, and manufacturing efficiency.
As a Process & Equipment Engineer in Micron Technology, Inc., you will be working with a team of engineers responsible for process start-up, development & optimization, product yield, quality & reliability improvements, cost reduction, cycle-time & productivity improvements, risk management, solving sophisticated manufacturing line issues and engineering operations such as wafer dispositions and process release qualifications.
Responsibilities
Establish and improve process condition and technology
Upgrade process capability and reduce production cost
Establish and modify process management projects
Set up process parameters for a variety of semiconductor equipment
Evaluation, promotion and planning of new equipment / materials
Requirements
Bachelor’s or advanced degree in Engineering or Science
The Equipment Technician plays a critical role in the startup, ramp, and sustained operation of advanced semiconductor manufacturing equipment supporting high-volume Advanced Packaging production.
Responsibilities
Maintaining equipment performance, reliability, and availability through troubleshooting, preventive maintenance, equipment recovery, and continuous improvement activities.
Performing electrical, mechanical, electronic, and/or mechatronic troubleshooting to identify and resolve problems with semiconductor manufacturing equipment.
Lead manufacturing engineering team for the end-to-end plasma bowl value streams and provide strategic and technical leadership for the plasmapheresis value stream and Manufacturing Engineering function.
Compensation
$103,600.00-$176,400.00/Annual
Responsibilities
Lead manufacturing engineering team for the end-to-end plasma bowl value streams.
Direct, communicate, and manage projects including design, engineering and analyzing product, problem, processes, test, and test set-ups.
Drive project prioritization and resource allocation as the technical lead for the site.
Participate in design for manufacturing of all new equipment and ensure infrastructure is planned and supported.
Achieve cost savings by implementing cost reduction projects like machine process optimization, change over reduction, OEE improvement, automation of processes or equipment, cycle time improvements and yield improvements.
Develop, continuously improve, and document robust solar module manufacturing processes to achieve the highest product performance in a cost efficient manner.
Responsibilities
Install and qualify new process equipment
Troubleshoot day-to-day manufacturing issues on the production line
Identify and/or implement system improvements
Inject manufacturing requirements to new process development
Design and execute experiments to establish manufacturing process window
Essential part of the Maintenance Team ensuring equipment reliability through routine maintenance and troubleshooting complex machinery issues in a manufacturing environment.
Compensation
Base hourly pay rate between $26.00 and $30.00 p/hr, based on experience. Additional premium shift differential: $1.00 p/hr for 2nd shift and $2.00 p/hr for 3rd shift, if applicable.
Responsibilities
Collaborate with supervisors and management to perform repairs and preventive maintenance, minimizing equipment downtime.
Diagnose and repair mechanical, electrical, and control systems, including machinery, instruments, power systems, and piping.
Complete thorough repairs and proactively initiate work orders based on preventive maintenance (PM) or predictive maintenance (PdM) findings.
Maximize equipment reliability by efficiently executing work orders and PM tasks.
Accurately document activities, resources, and completion codes.
The Scanbox Press Shop Technician performs dimensional inspection, CMM programming and measurement, fixture verification, data collection, and reporting for vehicle launch and series production at Lucid AMP-2.
Compensation
Eligible employees may also participate in Lucid’s equity program and/or a discretionary annual cash incentive program.
Responsibilities
Conduct dimensional inspections of Body-in-White (BIW) components
Support the definition and implementation of corrective actions to reduce dimensional defects
Document inspection results and generate detailed measurement and dimensional Quality summaries
Collaborate with Engineering, Production, Quality, and other cross-functional teams to investigate and resolve dimensional issues
Support continuous improvement initiatives to enhance product Quality, measurement efficiency, and manufacturing processes
Requirements
Technical diploma or associate degree in Mechanical, Manufacturing, Automotive, Metrology, Tooling, or a related discipline
Nice to have: Measuring stamped panels
Nice to have: Measuring body assemblies
Nice to have: Measuring closures
Nice to have: Experience supporting vehicle launches
Support the 300mm semiconductor technology development integration team in Malta, New York, with ownership of Silicon Photonics process integration from development and qualification through customer engagement and production.
Compensation
Expected Salary Range
$58,400.00 - $100,800.00
The exact Salary will be determined based on qualifications, experience and location.
Responsibilities
Own a Silicon Photonics technology integration module, including project prioritization, coordination with the extended module team, definition of improvement experiments, and hardware disposition.
Develop and qualify Silicon Photonics process flows and I/O integration solutions in collaboration with device, process module, packaging, test, reliability, yield, and manufacturing teams.
Sustain and improve manufacturing technologies by analyzing inline and electrical data, detecting line issues, driving timely containment and resolution, reducing defectivity, and improving process stability, yield, and efficiency.
Support new production technologies and customer milestones while driving cost reductions through process convergence, expense elimination, line and test yield improvement, and efficiency improvements.
Perform all activities in a safe and responsible manner and support all Environmental, Health, Safety & Security requirements and programs.
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