Industrial Engineer

Ichor Systems•Sauk Rapids, MN

20d•$86,300 - $146,700

About The Position

The Industrial Engineer evaluates and improves precision machining and metal-cutting manufacturing processes, including CNC milling, turning, and multi-axis machining. The role supports process optimization, time and motion analysis, tooling and fixturing improvements, shop-floor layout and material flow, NC/CAM integration, quality problem-solving, and ERP/BOM maintenance. For candidates based in Minnesota, the annual pay range is $86,300–$146,700, exempt. Pay within the range depends on work location and job-related factors such as knowledge, skills, experience, tenure, and relevant education or training. Ichor provides medical, dental, and vision plans, paid time off, and paid holidays. The business site is ITAR-compliant, and only US Persons are eligible for employment at this location.

Requirements

Bachelor’s degree in Industrial Engineering, Manufacturing Engineering, or a related mechanical discipline.
Five years of hands-on engineering experience in a precision machining or metal-cutting manufacturing environment.
Strong understanding of CNC machining operations and cutting tools.
Ability to read blueprints and interpret GD&T.
Proficiency in CAD/CAM software such as SolidWorks or AutoCAD.
Familiarity with ERP/MRP systems.
Working knowledge of Lean, 5S, Kaizen, and Six Sigma problem-solving frameworks.
Must be a US Person to work at this ITAR-compliant business site; eligible categories include lawful permanent residents and protected persons as described in the posting.

Nice To Haves

Lean Six Sigma Green Belt or Black Belt certification.
Experience with machine-monitoring software such as MachineMetrics or advanced data analytics such as Power BI.
Experience with robotic automation or pallet-changer systems in high-mix/low-volume or high-volume machining cells.

Responsibilities

Evaluate CNC milling, turning, and multi-axis machining processes to eliminate bottlenecks and reduce scrap.
Conduct time and motion studies to establish labor standards, standard work instructions, and takt times.
Design and improve custom work-holding fixtures, cutting tools, and automated loading equipment to improve safety and repeatability.
Optimize shop-floor layouts for raw materials and finished parts to improve material flow and reduce work-in-process.
Collaborate with programmers and machinists to prove out new programs and refine cutting speeds and feeds.
Partner with quality teams to resolve dimensional non-conformances and drive corrective actions using methods such as 8D and Fishbone analysis.
Create and maintain Bills of Materials, routings, and process travelers in the ERP system.