Industrial Engineer

Six Sigma/Winslow Automation•Milpitas, CA

34d•Onsite

About The Position

Six Sigma Microelectronics, the services division of Winslow Automation, Inc., is seeking an Industrial Engineer to join their experienced Engineering team. This role will focus on quantifying the effectiveness and identifying inefficiencies in processes that have been cultivated for nearly 40 years. The Industrial Engineer will collaborate with Quality, Materials, Process, and Automation Engineering to propose and implement practical solutions, ensuring the highest product quality.

Requirements

B.S. in Industrial Engineering, Manufacturing Engineering, Process Engineering, or equivalent.
Two plus years of experience preferred.
Hands-on experience with data analysis tools and methods.
Strong grasp of basic statistical concepts (e.g., standard deviations, cumulative distribution functions, data manipulation, etc.).
Experience with coding is a plus.
Strong, logical, and creative trouble-shooting and problem-solving skills.
Excellent verbal and written communication skills.
Detail-oriented.
Fast learner, self-motivated, and accomplishment driven.
Ability to work productively in both solo and in a small-team setting.
Skilled in use of MS Office computer applications.
Sitting, standing, walking, and computer use up to 8 hours/day.
Manual dexterity and fine motor skills.
Physical ability to lift 25+ pounds.
Must be a U.S. citizen or a U.S. Permanent Resident (Green Card Holder) due to ITAR regulations.

Nice To Haves

Experience with coding is a plus.

Responsibilities

Streamline day-to-day operations by working directly with production operators and production control to propose and implement process improvements from an operations perspective.
Optimize workflow for operations staff related to data entry, lot tracking and tracing, and scheduling.
Assist Process Engineering and Automation Engineering with both routine and project-based data analysis.
Create floor plans to accommodate a variety of new machines for facility expansion.
Quantify the effectiveness and inefficiencies in numerous processes by creating and maintaining cost models.