Summer 2025, Advanced reader design/modeling , (Ph.D. Only)

ZipRecruiter; San Jose (CA); On-site; USD 80,000 - 120,000; Full time

Job summary

An innovative company is seeking a Ph.D. student to advance technology in magnetic recording physics. This role focuses on developing cutting-edge models to enhance the performance of NLSV readers, pushing the boundaries of what's possible in data storage. You will utilize your expertise in micromagnetics and scripting languages to contribute to groundbreaking projects that support the data needs of the AI era. Join a team dedicated to fostering an inclusive environment where your contributions can make a significant impact on the future of technology.

Benefits

Health insurance

Retirement plans

Paid time off

Incentive plans

Qualifications

• Strong background in magnetic recording physics and device modeling.
• Emphasizing spin transport and micromagnetics.

Responsibilities

• Develop integrated spin-transport/micromagnetic models for NLSV readers.
• Assess the feasibility of replacing MTJ-based readers.

Skills

Finite Element-based micromagnetic codes

Python

MATLAB

Education

Ph.D. in Physics

Ph.D. in Electrical Engineering

Job description

Job Description

At Western Digital, our vision is to power global innovation and push the boundaries of technology to make what you thought was once impossible, possible.

Western Digital is a company of problem solvers, with a history of technological achievements, including helping put a man on the moon and capturing the first image of a black hole.

We offer a broad portfolio of technologies, HDDs, and platforms for various markets under brands like Western Digital, WD, WD_BLACK, and SanDisk Professional.

We partner with some of the largest and fastest-growing organizations worldwide, supporting city safety, data centers for major companies and cloud providers, and the data storage needs of the AI era. Western Digital is committed to building a brighter, smarter future.

Job Responsibilities

• Develop integrated spin-transport/micromagnetic models to evaluate the performance of prospective NLSV readers.
• Establish SNR scalability with very narrow dimensions and assess the technological feasibility of replacing MTJ-based readers.

Qualifications

Required:

• Ph.D. student in physics, electrical engineering, or a related field, with a strong background in magnetic recording physics and device modeling, emphasizing spin transport and micromagnetics.

Skills:

• Hands-on experience developing Finite Element-based micromagnetic codes and proficiency in scripting languages such as Python or MATLAB.

Additional Information

Western Digital is dedicated to equal opportunity employment and prohibits discrimination based on various protected characteristics. We promote an inclusive environment where every individual can thrive.

Applicants with disabilities are encouraged to request accommodations by contacting [e-mail].

The application deadline is expected to be 5/14/2025.

Compensation & Benefits

• Salary based on education, experience, skills, location, and organizational needs.
• Potential participation in incentive plans, including STI and LTI programs.
• Comprehensive benefits package including health insurance, retirement plans, paid time off, and more.