Ames National Laboratory Scientist I

Requirements

• Postdoctoral experience in developing novel approaches to synthesis of magnetic materials in powder forms.
• Experience in synthesis and characterization of rare earth permanent magnet powders.
• Experience in consolidation of magnetic powders and permanent magnet fabrication.
• Demonstrated expertise in mechanochemical, reduction-diffusion, and gas-solid reaction syntheses of permanent magnet powders.
• Experience in X-ray powder diffraction, measurements of magnetic properties, and other common materials characterization techniques, such as differential scanning calorimetry, thermogravimetry, scanning electron microscopy.
• Experience in handling toxic and hazardous chemicals and gasses (like NH3 and H2), including flammable and pyrophoric substances.
• Experience in creation of presentations, drafting of progress reports, and presentation of results at scientific meetings.
• Experience in drafting research proposals for new funding opportunities.
• Demonstrated publication record, including in high-impact journals and patents.
• Prior experience working closely with and mentoring research staff.
• Department/Program & College Description:
• Department Unit/Website (if applicable):
• www.ameslab.gov
• Application Instructions:
• To apply for this position, please click on "Apply" and complete the Employment Application. Please be prepared to enter or attach the following:
• Resume/Curriculum Vitae
• Letter of Application/Cover Letter
• List of Professional References
• Why Choose Iowa State University?
• Iowa State Employees enjoy comprehensive health and work-life benefits, including medical and dental, as well as:
• Retirement benefits including defined benefit and defined contribution plans
• Generous vacation, holiday, and sick time and leave plans
• Onsite childcare (Ames, Iowa)
• Life insurance and long-term disability
• Flexible Spending Accounts
• Various voluntary benefits and discounts
• Employee Assistance Program
• Wellbeing program
• Iowa State offers WorkFlex options for some positions. WorkFlex offers flexibility on when, where, and how you do your work. For more information, please speak with the Hiring Manager.
• If you have questions regarding this application process, please email employment@iastate.edu, or call 515-294-4800 or Toll Free: 1-877-477-7485.
• Appointment Type:
• Regular
• Number of Months Employed Per Year:
• 12 Month Work Period
• Time Type:
• Full time
• Pay Grade:
• PS810
• Original Posting Date:
• June 25, 2026
• Posting Close Date:

Benefits

Additional Information

Position Title: Ames National Laboratory Scientist I Job Group: Professional & Scientific Required Minimum Qualifications: PhD or equivalent combination of education and experience Job Description: Summary of Duties and Responsibilities: The Ames Laboratory Scientist I will perform experimental research to develop new chemistries and methods for effective and scalable synthesis of micron- and submicron-scale magnetic powders with the focus on mechanochemical, reduction-diffusion, and gas-solid reactions. The individual in this position will be responsible for generating research ideas, planning and performing relevant experiments to establish and correlate atomic-, nano- and microscopic-scale structures with intrinsic magnetic properties of the powders, based on which the incumbent will develop and experimentally validate approaches to maximize intrinsic coercivity, saturation magnetization and remanence, and maximum energy product of the powders. The experimental planning and analyses of the results will be conducted in collaboration with Principle Investigators with minimal supervision. In collaboration with other researchers across the Critical Materials Innovation Hub, Ames Laboratory Scientist I will develop methods for low/moderate-temperature consolidation of the powders into nearly fully dense, anisotropic permanent magnets. Examples of materials in focus include iron-nitride, samarium-iron-nitride-based, and neodymium-iron-boron-based chemistries. The experimental procedures include mechanical alloying and mechanochemical processing, high-temperature annealing and sintering, gas-solid reactions in controlled atmosphere with reactive gasses like NH3, H2, N2, and inert Ar. Analytical techniques include the ability to operate and interpret the results from X-ray diffractometer, SQUID and vibrating sample magnetometers, scanning electron microscopy, energy dispersive spectroscopy, differential scanning calorimeters, thermogravimetric analysis instruments.

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