University of Pittsburgh
2 months ago
PhD Position in Soft Magnetic Materials for Electric Power Conversion at University of Pittsburgh (Summer/Fall 2026) University of Pittsburgh in United States
Degree Level
PhD
Field of study
Electrical Engineering
Funding
Funding details are not explicitly stated, but the position is part of a research group with university, industry, and government collaboration, which typically implies competitive funding and professional development opportunities. Application fee waivers may be available upon request based on qualifications and financial need.
Deadline
Aug 1, 2026
Country
United States
University
University of Pittsburgh
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About this position
The Ohodnicki Lab at the University of Pittsburgh is seeking PhD applicants for Summer and Fall 2026 in the field of soft magnetic materials and their applications in electric power conversion systems. This opportunity is ideal for students interested in interdisciplinary research involving advanced magnetic materials, with a particular emphasis on amorphous and nanocrystalline alloys, ferrites, and electrical steels. The research group collaborates closely with academic, industry, and government partners through the Advanced Magnetics for Power and Energy Development (AMPED) consortium, providing a rich environment for cutting-edge training and professional development.
Research topics include the synthesis and characterization of magnetic materials for applications in power electronics, transformers, and electric motors. The lab is active in developing advanced manufacturing methods and techniques, as well as characterizing magnetic properties such as saturation magnetization, losses, permeability, and magnetostriction. Applicants will have the opportunity to work on projects that span electric power conversion, electric grid infrastructure, electric vehicles, and data center power conversion.
Key objectives for PhD research include synthesizing and characterizing magnetic materials, developing advanced manufacturing methods, and characterizing magnetic properties relevant for high-frequency electric power conversion. Desired qualifications include a degree in materials science, applied physics, electrical engineering, or a related field, with experience in magnetic materials, manufacturing, electrical circuits, metallurgy, ceramics, rapid solidification, and powder processing. Skills in magnetometry, permeametry, electron microscopy, and x-ray diffraction are highly valued, as are publications and presentations in international conferences and journals.
Applicants should submit a formal application through the Swanson School of Engineering graduate portal and email a resume and statement of interest to Prof. Paul Ohodnicki. Application fee waivers may be available for qualified candidates. For more information, visit the lab and consortium websites provided in the post.
Funding details
Funding details are not explicitly stated, but the position is part of a research group with university, industry, and government collaboration, which typically implies competitive funding and professional development opportunities. Application fee waivers may be available upon request based on qualifications and financial need.
What's required
Applicants should have an undergraduate or MS degree in a relevant field such as materials science, applied physics, electrical engineering, or a related discipline. Prior experience in magnetic materials and manufacturing, electrical circuits, synthesis skills in metallurgy, ceramics, rapid solidification, and powder processing are preferred. Characterization skills including magnetometry, permeametry, scanning electron microscopy, x-ray diffraction, and related techniques are desirable. Publications and presentations in international technical conferences and journals are advantageous.
How to apply
Submit a formal application via the Swanson School of Engineering graduate application portal. Email an updated resume and statement of interest to Prof. Paul Ohodnicki at [email protected]. Review the graduate application instructions and deadlines on the university website.
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