Synthesis Slurry Intern - Battery Materials R&D

Solid Power, Inc.; Broomfield (CO); On-site; USD 30,000 - 39,000; Part time

Job summary

Solid Power, Inc. is seeking a Synthesis Slurry Intern to join our team of engineers and scientists focused on next-gen all solid-state rechargeable batteries.

The role provides hands-on experience in the Slurry Center of Excellence, supporting production, R&D and characterization of new solid-state electrolytes. The role will involve working closely with engineers, performing experiments, learning characterization techniques, and contributing to high-visibility projects in a fast-paced,

Qualifications

• Pursuing Chemistry, Materials Science, or related degree from an accredited college/university.
• Experience in material characterization techniques including rheology, DSC/TGA/SDT, XRD, FTIR, EIS.
• Experience in synthetic and/or analytic chemistry.
• Comfort with safe handling of hazardous materials and equipment is required.
• Knowledge of Li-ion battery materials optimization.
• Familiarity with Microsoft Office suite.

Responsibilities

• Work closely with and under the direction of Engineers to execute planned experimentation aimed at optimizing current synthetic and process routes for sulfide solid state electrolytes.
• Assist Engineers in material characterization, data acquisition, and analysis.
• Perform regular and required housekeeping.
• Handling and proper disposal of hazardous materials and equipment.
• Communicate experimental results to a broad audience and participate in experimental brainstorming and planning.

Skills

Material characterization

Laboratory safety

Data analysis

Education

Chemistry or Materials Science degree

Tools

XRD

FTIR

EIS

DSC/TGA/SDT

Job description

Solid Power, Inc. is seeking a Synthesis Slurry Intern to join our team of engineers and scientists focused on next-gen all solid-state rechargeable batteries.

The role provides hands-on experience in the Slurry Center of Excellence, supporting production, R&D and characterization of new solid-state electrolytes. The role will involve working closely with engineers, performing experiments, learning characterization techniques, and contributing to high-visibility projects in a fast-paced,