Ph.d. in mineral processing or metallurgical engineering
Experience in physical separation and hydrometallurgy
Strong experimental and analytical skills
This position involves developing architecture-specific modular technologies to transform electronic waste into manufacturing-ready critical materials
Job Summary
This position involves developing architecture-specific modular technologies to transform electronic waste into manufacturing-ready critical materials.
The role requires collaboration with interdisciplinary teams including engineering, chemistry, and industry partners like Intel-E-Waste.
Candidates will contribute to a nationally recognized NSF-supported initiative aimed at enhancing U.S. critical materials supply chain resilience.
Matching Summary
This position involves developing architecture-specific modular technologies to transform electronic waste into manufacturing-ready critical materials.
Skills & Requirements
Must-have
Ph.D. in Mineral Processing or Metallurgical Engineering
Experience in physical separation and hydrometallurgy
Strong experimental and analytical skills
Proficiency in data analysis and scientific writing
Available to start immediately
Nice-to-have
Experience with critical materials recovery
Ability to work in interdisciplinary environments
Creative problem-solving skills
Background in rare earth and precious metal separation