HDD Head Disc Mechanical (HDM) Integration & Data Analytics Intern

Seagate Design Engineering group includes teams from Advanced Recording Sub-System (ARS), Electrical Integration, Servo, Mechanical, Test Process, and Firmware. ARS is a close-knit team of specialists in Head Disk Electrical (HDE), Head Disk Mechanical (HDM), and Channel Preamp. HDM, part of ARS, is a global team that applies mechanical, chemical, and data scienceexpertise-using tools like Design of Experiments (DOE) and statistical modeling analysis-to solve complex challenges and ensure HDD reliability.

Key Roles of ARS-HDM:

• Lead drive development across design, integration, qualification, and launch phases.

• Optimizerecording subsystem tuning for improved head-media compatibility and robustcomponentintegration.

• Develop cross-functional features to enhance areal density.

• Conduct advanced research to increase capacity and reliability.

As an Advanced Recording Intern to support product development which reporting to the Senior Manager of ARS-HDM in Singapore, offers the opportunity to work in a collaborative, innovative, and inclusive environment where curiosity and continuous improvement are valued.

• Gain foundational knowledge of HDDs, recording subsystems, and future technologies.

• Participate in engineering activities through on-the-job training with ARS-HDM team members.E.g.HDD bench testing and data analysis.

• Perform drive measurements, integration testing, and data analysis.E.g.Downloading big data and doing data mining to find root cause of failure.

• Collaborate with cross-functional teams including materials science, mechanical design, and reliability engineering.

• Document findings and present results in technical reports and team meetings.

• CurrentlypursuinginPh.D, Master orBachelor's degree in Mechanical Engineering, Materials Science, Chemical Engineering,Mechatronicsor relatedfield.

• Basic understanding of signal processing and sensor data interpretation.

• Comfortable executing automated test procedures for HDD devices using scripting languages such as Python or MATLAB.

• Prior exposure to nanotechnology and magnetic recording systems is beneficial but not essential.

• Understand Design of Experiment (DOE) and basic statistical modeling.

• Knowledge of test equipment such as oscilloscopes and spectrum analyzers will beadvantageous.

• Knowledge of Programming languageMatlabor Python is an added advantage.

• Familiar with Microsoft Office (Word/PowerPoint/Excel)