NPI Test Manufacturing Technician — Launch & Optimize

nVent; Anoka (MN); Hybrid; USD 33,000 - 61,000; Full time

Job summary

nVent is seeking a Manufacturing Technician to support production and manufacturing engineering in Anoka, MN. You will troubleshoot equipment, participate in new product transfers, and drive lean improvements in a fast-paced environment.

The role requires a high school diploma or AA/AS degree with 2+ years in manufacturing; experience with JD Edwards, SolidWorks, and MS Office is desirable. Collaboration across functions and a self-driven approach are essential.

Qualifications

• High School diploma or AA/AS degree (or other 2-year post high school training).
• 2-years of experience in a manufacturing environment preferred.
• Experience with Lean Manufacturing and continuous improvement projects is a plus.

Responsibilities

• Fix equipment issues to support production and manufacturing engineering.
• Assist with layout planning, installation, and testing of automated equipment.
• Execute core testing; aid in developing testing processes and work instructions.
• Support smooth transfer of new products into standard production with training.
• Participate in Lean initiatives and cost-focused improvements.
• Coordinate with vendors to procure and install tooling and equipment.
• Document processes and develop or update standard drawings/specs.

Skills

Cross-functional collaboration

Self-starter

Adaptability

MS Office

JD Edwards

SolidWorks

ECO processing

Technical writing

Lean manufacturing

Costing

Education

AA/AS degree

Tools

JD Edwards

SolidWorks

MS Office

Job description

nVent is seeking a Manufacturing Technician to support production and manufacturing engineering in Anoka, MN. You will troubleshoot equipment, participate in new product transfers, and drive lean improvements in a fast-paced environment.

The role requires a high school diploma or AA/AS degree with 2+ years in manufacturing; experience with JD Edwards, SolidWorks, and MS Office is desirable. Collaboration across functions and a self-driven approach are essential.