Materials Engineering Intern: Lab-Driven Growth

Polaris Industries; Wyoming (MN); Presencial; USD 33.000 - 44.000; Jornada completa

Ventajas ofrecidas por este puesto de trabajo

Housing assistance

Relocation reimbursement

Overtime eligibility

Descripción de la vacante

Polaris Inc. in Wyoming, MN invites applications for a 12-week Materials Engineering Internship designed to provide hands-on experience in our world-class materials lab.

You will complete a 40-hour work week and contribute to real-world projects that advance technology and process development. The program exposes you to failure analysis, material characterization, and reporting, with tools like SEM, X-ray, and optical microscopy, while exploring non-metallic analysis techniques and lab workflows

Formación

• Currently pursuing a Bachelor’s Degree in Materials or Metallurgical Engineering.
• Minimum overall GPA of 3.0, preferred.
• Able to complete full 12-week internship working 40 hours per week (May/June-August 2025).
• Familiarity with metallurgical laboratory equipment and processes such as heat treatment, forging, metal stampings, plastic injection molding, die-casting.
• Proven strength in analysis, communication, interpersonal relationships, self-motivation, and leadership.
• Position not eligible for sponsorship.

Responsabilidades

• Transportation to/from office.
• Securing housing for the duration of the internship.

Conocimientos

Analysis & problem solving

Communication

Leadership

Self-motivation

Educación

Bachelor's degree in Materials or Metallurgical Engineering

Herramientas

SEM

X-ray

Optical Microscopy

FTIR

TGA

DSC

Descripción del empleo

Polaris Inc. in Wyoming, MN invites applications for a 12-week Materials Engineering Internship designed to provide hands-on experience in our world-class materials lab.

You will complete a 40-hour work week and contribute to real-world projects that advance technology and process development. The program exposes you to failure analysis, material characterization, and reporting, with tools like SEM, X-ray, and optical microscopy, while exploring non-metallic analysis techniques and lab workflows