Industrial Engineer
Core
Optimizing semiconductor manufacturing operations, capacity modeling, and process flows to support operational decision-making and production impact analysis.
Role type
Industrial Engineer (Semiconductor Manufacturing)
Builds
Wafer fabrication processes and capacity models
Domain
Semiconductor manufacturing / Industrial Engineering
Deliverable
production ML models | product features | dashboards & analysis | infrastructure | physical/clinical work
Required skills
Capacity modeling, simulation models (AutoSched), stopwatch time studies, automation logs analysis, throughput analysis, cycle time optimization, equipment loading studies, flow linearization, manufacturing cost estimation, time standards determination, process flow design, data set analysis
Preferred skills
Stakeholder relationship building, analytical problem-solving, initiative, project delivery
Technologies
AutoSched
Responsibilities
Maintaining capacity modeling data integrity via engineering change control; performing 'what-if' analysis on business changes; collecting and validating data via stopwatch time studies and automation logs; identifying opportunities to improve cycle time and increase capacity models' ability to support operational decision making; assisting tool owners to understand capacity impacts; determining starts and mixes supported by current capacity and constraints; optimizing, developing, implementing, and maintaining methods, operation sequence, equipment layout, and processes in wafer fabrication; providing capacity and cost analysis support; performing equipment loading studies; interfacing with engineering and manufacturing to coordinate release of new methods and processes; estimating manufacturing cost and determining time standards; analyzing large data sets.
Seniority
Entry-level to Mid-level, hands-on IC