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University of Minnesota
NRRI Duluth/Coleraine Lab - Post-Doc - High-Temperature Extractive Metallurgy (# 374836)
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What they do
A Materials Research Engineer researches materials and works to discover materials that may be used in new and emerging technologies and support innovation. Identifies new or different combinations of materials to improve product performance and durability.
$94,542 / year median in Minnesota
+7% projected growth
Job Description
Job ID:
374836 About theJob NRRI Organizational Job Title:
NRRI Duluth/Coleraine Lab- Post-Doc
- High-Temperature Extractive Metallurgy 9546
- $75,000
- $80,000 About the Job summary: The Minerals and Metallurgy group at the Natural Resources Research Institute (NRRI) is seeking up to one postdoctoral research associate to support ongoing and future R D activities in high-temperature extractive metallurgy and critical materials processing.
Job:
The selected candidate will contribute to research programs involving high-temperature processing, thermal treatment, reduction, smelting, alloy refining, and recycling of metallic materials. The position is intended for candidates with strong experimental and analytical skills in pyrometallurgy and high-temperature reaction systems. There is increasing national and industrial demand for researchers with expertise in high-temperature process metallurgy, particularly in areas related to critical material recovery, recycling of advanced alloys, energy intensification of metallurgical operations, and circular manufacturing. This role provides opportunities to work on industry-relevant challenges involving process development, thermal reaction engineering, materials characterization, and scale-up studies. The position offers a collaborative research environment involving industrial partners, federal and state agencies, and multidisciplinary technical teams. Publication of innovative research findings in peer-reviewed journals and presentations at national and international conferences is expected.Job Duties:
- Conduct experimental research related to high-temperature metallurgical processing, including thermal treatment, reduction, oxidation, smelting with/without vacuum, alloy processing, and recycling studies (55%).
- Perform process development, experimental design, materials characterization, and interpretation of metallurgical reaction behavior and process performance (20%)
- Prepare peer-reviewed publications, technical reports, conference presentations, and contribute to sponsored research proposals (15%)
- Mentor technicians engaged in related research activities (5%)
- Contribute to laboratory organization, equipment maintenance, safety practices, and project coordination activities (5%)
Physical/Environmental Demands:
This position involves regular work in a chemistry and electrochemistry laboratory environment. The incumbent will handle hazardous materials (acids, bases, molten salts, solvents, and reactive metals), requiring adherence to established safety protocols, use of personal protective equipment (PPE), and compliance with University and NRRI laboratory safety standards. Physical requirements include standing for extended periods, handling laboratory equipment and instrumentation, and lifting materials up to 25 lbs.Qualifications Required Qualifications:
Ph.D. in metallurgical engineering, materials science, extractive metallurgy, chemical engineering, or a closely related STEM discipline Hands-on laboratory experience in high-temperature metallurgical processing and thermal reaction systems Experience with furnace operation, reduction/oxidation, smelting studies, thermal analysis, and metallurgical characterization techniques Demonstrated record of independent research through peer-reviewed publications and conference presentationsPreferred Qualifications:
Experience in pyrometallurgy, recycling of metallic materials, alloy processing, or critical materials recovery Familiarity with high-temperature reaction kinetics, thermodynamics, and process optimization Experience with analytical and characterization techniques such asXRD, SEM-EDS/EPMA, ICP
OES/MS, TGA/DSC, heating microscopy or related methods Knowledge of thermodynamic and process simulation tools such as FactSage, HSC Chemistry, Met Sim or related software Technical proficiency in data analysis, experimental design, and scientific instrumentation Ability to collaborate effectively across multidisciplinary research and industrial teams Experience mentoring junior researchers in laboratory or pilot-scale research environments About theDepartment About NRRI:
The Natural Resources Research Institute was established by the Minnesota legislature in 1983 as an applied science and engineering research organization to inform state citizens and decision-makers while leveraging the power of the University of Minnesota. NRRI is guided by the forward-looking charter provided by the Legislature to foster the economic development of Minnesota's natural resources in an environmentally sound manner to promote private sector employment. NRRI's mission is to deliver integrated research solutions that value our resources, environment and economy for a sustainable and resilient future. We are a mission-driven, project-focused team working to create opportunities for natural resource stewardship. With industrial-scale facilities in Duluth and Coleraine, MN, NRRI works across five strategic research platforms. These platforms address Minnesota's soil, forest, water and mineral resources:Applied Ecology and Resource Management Minerals and Metallurgy Materials and Bioeconomy Data Collection and Delivery Commercialization Services Pay and Benefits Pay Range:
$75,000- $80,000 per year; depending on education/qualifications/experience