Postdoc in Complex Metal Alloys for Hydrogen Storage and Processing

JOB DESCRIPTION We are seeking a postdoctoral researcher to probe hydrogen effects in compositionally complex metal alloys derived from earth-abundant elements, with an emphasis on hydrogen storage and processing. The selected applicant will develop novel materials for hydrogen purification, separation, storage, and compression via high-throughput synthesis of metal alloys using additive manufacturing and automated arc-melting platforms to rapidly explore wide compositional spaces. Comprehensive characterization will include in situ diffraction and spectroscopy methods, with particular focus on structural refinement via X-ray crystallography, neutron diffraction, and pair distribution function (PDF) analysis. This research is driven by the national need for durable, high-performance hydrogen separation storage materials capable of efficient and reliable operation under realistic industrial conditions, enabling cost-effective separation and purification of hydrogen and hydrogen isotopes. QUALIFICATIONS WE REQUIRE • PhD in chemistry, metallurgy, materials science, or related field • Expertise in synthesis of new materials and alloys and their structural characterization • • Experience with alloy synthesis, glove-box techniques, and characterization techniques QUALIFICATIONS WE DESIRE • Expertise in alloy synthesis techniques using arc melting, induction melting, or additive manufacturing • Familiarity with advanced characterization techniques • Experience with materials-based hydrogen separations, storage, and/or compression • Demonstrated record of high technical achievement and the ability to conduct creative, independent research • Excellent interpersonal and communication skills