This position will work with the Process Engineering Factory Controls team in our Bloomington, MN facility to enable new methods of automated controls on the tooling that is used to build the latest generation of recording heads that go into Seagate most advanced Hard Disc Drives (HDD). Process engineering is responsible for controlling all tooling and processes used to fabricate Magnetic Recording Heads. We employ traditional process-control methods as well as novel Advanced Process Control (APC) algorithmic systems to analyze the health of our processes in real time and make needed adjustments automatically. We also manage automated systems to disposition recording heads for conformality to product specifications. Work with a Factory Controls vacuum engineer to create a new automated process controller employing feedback and feedforward algorithms. Learn Advanced Process Control (APC) principles and methods in order to optimize real-time automated corrections to properly target the process tools that build our latest generation recording heads. Assist engineers in ensuring that automated corrections to vacuum processes are manufacturable (high yield) and stable. Learn how statistical process control (SPC) tools and out-of-control action plans (OCAPs) assist in controlling the processes used within our manufacturing line. Have the opportunity to assist engineers in developing, implementing, and optimizing vacuum processes (deposition, ion milling, reactive ion etch, annealing) used within the recording head build.
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Career Level
Intern
Industry
Computer and Electronic Product Manufacturing
Number of Employees
5,001-10,000 employees