Skip to main content
National Renewable Energy Laboratory

Graduate Internship - Polymer Engineering

1d

National Renewable Energy Laboratory

Golden, US · Full-time · $42,700 – $68,300

About this role

The National Renewable Energy Laboratory (NREL), the nation's primary laboratory for renewable energy and energy efficiency technologies, seeks a graduate intern for the Building Energy Science Group. This role supports research and development on polymers for water sorption and desorption in paper-drying processes. Join cutting-edge efforts in roll-to-roll drying technology for advanced manufacturing.

Synthesize and purify polymer gels and matrices using techniques like free-radical polymerization. Characterize materials with tools such as NMR, DSC, TGA, and DMA. Contribute to new research applying heat and mass transfer principles in paper-making processes.

From day one, connect with coworkers driven by the mission to save the planet in a supportive, inclusive environment. Engage through ten employee resource groups, numerous employee-driven clubs, and learning classes. NREL promotes diverse hiring to hear all voices and foster innovation.

Document research in journal articles and presentations. Research suggests job seekers may self-select out if not meeting 100% requirements; NREL encourages dedicated applicants with skills and ambition to apply. Explore NREL’s critical objectives focused on saving the planet.

Requirements

  • Strong background in polymer synthesis and characterization
  • Understanding of heat and mass transfer
  • Background in roll-to-roll processes
  • Background in the paper-making process
  • Familiarity with techniques like free-radical polymerization
  • Experience with characterization tools such as NMR, DSC, TGA, DMA

Responsibilities

  • Synthesize and purify polymer gels and matrices using free-radical polymerization
  • Characterize polymer gels using NMR, DSC, TGA, and DMA
  • Contribute to roll-to-roll drying technology research for advanced manufacturing
  • Develop polymers for water sorption and desorption in paper-drying processes
  • Apply understanding of heat and mass transfer in polymer processes
  • Support research on paper-making processes
  • Document findings in journal articles and presentations

Benefits

  • Supportive, inclusive, and flexible work environment
  • Ten employee resource groups
  • Numerous employee-driven clubs
  • Learning and professional development classes
  • Inclusive application and interview process