Full-Time

Ames National Laboratory Scientist 3/4

Posted on 11/23/2025

Deadline 12/1/25
Iowa State University

Iowa State University

No salary listed

No H1B Sponsorship

Ames, IA, USA

In Person

Category
Data & Analytics (1)
Requirements
  • Ph.D. and 8 years of related experience
  • Ph.D. and 5 years of related experience for Scientist III
  • Experience supervising and/or training undergraduate and graduate students, postdoctoral researchers, and research staff (preferred)
  • Demonstrated experience leading multi-PI research projects and ensuring overall project management and meeting all goals/milestones to satisfy sponsor requirements (preferred)
  • Ability to communicate results and research directions to program managers across different funding agencies (preferred)
  • Demonstrated record of research publications in peer-reviewed journals (preferred)
  • Hands-on experience with experimental methods and analytical treatments used in metallurgical processing research (preferred)
  • Experience with magnet manufacturing methods including powder-based and casting routes and heat treatment (preferred)
  • Ability to assemble and lead interdisciplinary teams of researchers (preferred)
  • Experience with characterization methods including electron beam-based microstructural analysis and surface probe methods (EBSD, XRD, NMR, AES, XPS) (preferred)
  • Experience with thermodynamic modeling CALPHAD, solidification modeling, and/or atomistic modeling related to alloy design (preferred)
  • Familiarity with electronic structure modeling and processing kinetics modeling or simulation methods (preferred)
Responsibilities
  • Conceptualize, design, and conduct studies of materials sciences including metal and alloy refining and synthesis through various manufacturing methods (e.g., additive manufacturing, gas atomization, plasma melting, electron beam melting, induction melting) and processing (rolling, forging, extrusion); synthesis and testing of magnetic materials; alloy development and synthesis for extreme conditions; integration of smart manufacturing methods via collaborations with machine learning and artificial intelligence experts
  • Collaborate with supervisor and other principal investigators; invent, perform and supervise experiments; interpret results; present and defend research at professional meetings; draft manuscripts for publication with collaborators; guide experimenters in conduct of experimentation and interpretation of results; write research proposals for future funding (as PI or co-PI)
  • Collaborate and/or supervise with Research Technologists within AMF and the Critical Materials Refinery
  • Interface with diverse team of administrative staff, materials processing and design professionals, computational and theoretical modeling experts, and physical sciences and engineering professionals
  • Written proposals to government funding calls, supporting funded activities, building network of industrial, national lab, and academic partners, and supporting laboratory strategic goals
  • Open to candidates eligible for employment sponsorship
Desired Qualifications
  • Demonstrated experience in proposal writing and budgeting
  • Experience with supervision and/or training of undergraduate and graduate students, postdoctoral researchers, and research staff
  • Demonstrated experience in leading multi-PI research projects and ensuring overall project management and meeting all goals/milestones to satisfy sponsor requirements
  • Demonstrated record of communicating results and research directions to program managers across different funding agencies
  • Demonstrated record of research publications in peer-reviewed journals or internal reporting and leadership in developing, setting, and communicating innovative technology directions in industrial settings
  • Hands-on experience with experimental methods and analytical treatments commonly used in metallurgical processing research including advanced manufacturing via powder methods, strip casting of magnetic alloys, mechanical and microstructural characterization, magnetic/mechanical/thermal/electrical property characterization
  • Experience with magnet manufacturing methods including powder-based and casting routes and heat treatment
  • Experience assembling and leading interdisciplinary teams of researchers, including modelers and theorists, experimentalists, microscopists
  • Experience with characterization methods and analytical treatments used in metallurgical and materials science research including electron beam-based microstructural analysis and surface probe methods (EBSD, XRD, NMR, AES, XPS) and X-ray/neutron/photon-based methods
  • Experience with thermodynamic modeling CALPHAD, solidification modeling, and/or atomistic modeling for alloy design with processing methods and property targets
  • Familiarity with electronic structure modeling and processing kinetics modeling or simulation methods for alloy design
Iowa State University

Iowa State University

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