Manufacturing Engineering Specialist, 2nd Shift

Harris Geospatial Solutions; Salt Lake City (UT); On-site; USD 80,000 - 110,000; Full time

Job summary

L3Harris Technologies in Salt Lake City, UT is seeking a Specialist, Manufacturing Engineering- 2nd shift to provide technical and administrative support across multiple manufacturing and test groups. The role covers concept development, prototyping, production, maintenance, and MRO, including design reviews, process creation, and continuous improvement.

Essential functions include solving production problems, driving improvements in yield and process capability, and supporting cross-functional

Qualifications

• Bachelor’s Degree and minimum 4 years of related experience.
• Graduate Degree with 2+ years of related experience acceptable.
• In lieu of a degree, minimum 10 years of related experience.

Responsibilities

• Analyze manufacturing production problems and implement corrective actions.
• Provide technical expertise and support related to manufacturing.
• Incorporate new methods and processes to improve operations.
• Train production personnel in new or existing operations.
• Design layout of equipment and workspaces.
• Prepare reports summarizing manufacturing performance trends.
• Ensure performance against yield and process capability goals.
• Participate in FRB investigations.
• Collaborate to improve manufacturing plans and drive measurable improvements.

Skills

Advanced communication

Technical analysis

Production processes

Factory floor layout

DoD lifecycle understanding

Education

Bachelor's Degree in Engineering (Industrial/Mechanical/Systems)

Graduate Degree preferred

Job description

L3Harris Technologies in Salt Lake City, UT is seeking a Specialist, Manufacturing Engineering- 2nd shift to provide technical and administrative support across multiple manufacturing and test groups. The role covers concept development, prototyping, production, maintenance, and MRO, including design reviews, process creation, and continuous improvement.

Essential functions include solving production problems, driving improvements in yield and process capability, and supporting cross-functional