Mech Design Intern: Atomic Layer Processing

Seagate Technology LLC; BLOOMINGTON (MN); On-site; USD 37,000 - 51,000; Part time

Benefits offered by this job

On-site café

Fitness center

Employee stock purchase plan

Paid holidays

Job summary

Seagate Technology is seeking a Mechanical Engineering Intern for our Normandale/Bloomington, MN campus to contribute to atomic layer deposition and etching fixture development. You will translate process requirements into practical mechanical designs, using CAD and FEA to evaluate concepts and communicate decisions to stakeholders.

Applicants should be current bachelor’s or master’s students in mechanical engineering or related fields, returning to classes in Fall 2027, with strong analytical

Qualifications

• Current bachelor’s or master’s student in mechanical engineering or a closely related engineering field returning Fall 2027.

Responsibilities

• Develop fixtures for atomic layer etching and deposition processes with drafters and engineers.
• Translate process and equipment requirements into mechanical concepts, detailed designs, and engineering recommendations.
• Evaluate stiffness, heat transfer, chemical compatibility, manufacturability, reliability, and process throughput.
• Use CAD, engineering calculations, and finite element analysis to compare and refine concepts.
• Apply Kepner‑Tregoe or similar decision‑analysis methods to assess design alternatives and risks.
• Present design analyses, tradeoffs, and recommendations to technical stakeholders.

Skills

CAD

FEA

Mechanical design

Heat transfer

Education

BSc/MSc Mechanical Engineering or related

Tools

CAD software

Finite element analysis

Job description

Seagate Technology is seeking a Mechanical Engineering Intern for our Normandale/Bloomington, MN campus to contribute to atomic layer deposition and etching fixture development. You will translate process requirements into practical mechanical designs, using CAD and FEA to evaluate concepts and communicate decisions to stakeholders.

Applicants should be current bachelor’s or master’s students in mechanical engineering or related fields, returning to classes in Fall 2027, with strong analytical