Industrial Engineer

Texas Instruments•Lehi, UT

7d•$80,000 - $126,000•Onsite

About The Position

Texas Instruments (TI) is looking for an experienced Industrial Engineer to support our manufacturing operations. This role offers the opportunity to work in a vibrant and dynamic team-oriented environment with exposure to a variety of state-of-the art applications each day. The engineer will play a pivotal role in several different areas within the organization.

Requirements

Bachelor's degree in Industrial Engineering or related.
2 years' experience in the Semiconductor industry, capacity modeling, and working knowledge of simulation models (AutoSched) or similar
Ability to work in clean room environment wearing smock

Nice To Haves

Ability to establish strong relationships with key stakeholders critical to success, both internally and externally
Strong verbal and written communication skills
Ability to quickly ramp on new systems and processes
Demonstrated strong interpersonal, analytical and problem-solving skills
Ability to work in teams and collaborate effectively with people in different functions
Ability to take the initiative and drive for results
Strong time management skills that enable on-time project delivery

Responsibilities

Maintaining capacity modeling data integrity via engineering change control monitoring and frequent communication with tool owners to ensure model readiness
Gathering the information required and to understanding capacity analysis and production impact
Performing “what-if” analysis on business changes
Collecting and validating data via stopwatch time studies and automation logs analysis, to analyze throughput impact of various process changes
Identifying opportunities to improve cycle time and increase our capacity models' ability to support operational decision making
Assisting tool owners to understand capacity impacts associated with process changes
Identifying tools/moves required to support starts mix shift due to business change
Providing information for management reviews of operational performance
Determining starts and mixes that we can support for the current time period and for the future look-ahead based on our capacity, constraints, available tools, tool performance and future process releases scheduled in our factory
Providing a list of focused toolsets for the modules to work on in the coming quarter
Optimizing, developing, implementing, and maintaining methods, operation sequence, equipment layout, and processes in the fabrication of wafers
Providing capacity analysis and cost analysis support for decision making
Performing equipment loading studies and determining methods for flow linearization and reduction in variation
Interfacing with engineering, manufacturing, and planning/coordinating the release of new methods, flows, and processes
Estimating manufacturing cost, determining time standards, and making recommendations for tooling and process requirements of new or existing process flows
Maintaining records and reporting systems for measurement of manufacturing operations
Analyzing large data sets