Process Engineer

Applied Engineering•Manitowoc, WI

14d•$68,000 - $72,000

About The Position

As a Process Engineer in Manitowoc, WI, you may: play a key role in optimizing production workflows and supporting the integration of new fabrication technologies; apply hands-on experience in metal manufacturing processes to improve throughput, quality, and consistency; lead process development and optimization for laser cutting, forming, welding, and related fabrication operations; evaluate current operations, identify safety risks, and implement solutions that promote a safe and efficient work environment; drive continuous improvement initiatives using Lean methodologies, data analysis, and root‑cause problem solving; support fixture design, development, and implementation to improve repeatability and reduce cycle times; collaborate with suppliers, equipment vendors, and internal partners to support new technology integration and capital projects; assist with new product introductions and ensure manufacturability within metal fabrication processes, and work collaboratively with suppliers and other Applied partners.

Requirements

Bachelor of Science Degree in Mechanical or Manufacturing Engineering required
2+ years of engineering experience in a metal fabrication environment preferred; internships and co-ops considered
Experience with laser cutting, CNC fabrication equipment, or sheet‑metal processes
Knowledge of fixture design, implementation, and optimization
Experience in Lean manufacturing techniques, capability studies, process mapping, FMEA, and root cause analysis
Capable of working independently and as a team member
Strong work ethic and unwavering integrity
Excellent interpersonal skills and a learning mindset
Curiosity, problem solving, and analytical thinking
Effective verbal and written communication
Desire to work on a variety of projects
Applicants must be legally authorized to work in the United States.

Nice To Haves

Creo and/or AutoCAD experience a strong plus

Responsibilities

optimizing production workflows
supporting the integration of new fabrication technologies
improve throughput, quality, and consistency
lead process development and optimization for laser cutting, forming, welding, and related fabrication operations
evaluate current operations, identify safety risks, and implement solutions that promote a safe and efficient work environment
drive continuous improvement initiatives using Lean methodologies, data analysis, and root‑cause problem solving
support fixture design, development, and implementation to improve repeatability and reduce cycle times
collaborate with suppliers, equipment vendors, and internal partners to support new technology integration and capital projects
assist with new product introductions and ensure manufacturability within metal fabrication processes
work collaboratively with suppliers and other Applied partners