Electrolyte R&D Intern — Battery Materials & Data Insights

Anthro Energy, Inc.; Alameda (CA); On-site; USD 39,000 - 56,000; Full time

Job summary

Anthro Energy, Inc. in Alameda, CA is seeking a motivated Electrolyte R&D Intern for a 6- to 9-month internship starting January 2027.

You will work with scientists to develop Anthro Proteus electrolytes, gaining hands-on experience across formulation, testing, and data-driven insights. The role involves electrolyte formulation, characterization (ionic conductivity, viscosity, moisture, HF), and electrochemical evaluation in battery cells.

Qualifications

• Pursuing bachelor's degree in chemistry, materials science/engineering, chemical engineering, or related field.
• Hands-on lab experience including chemical handling and preparation.
• Strong problem solving and analytical skills; proficient in Python and data analysis.
• Ability to work in an interdisciplinary team and communicate findings.

Responsibilities

• Assist in design and preparation of Anthro Proteus electrolyte formulations.
• Perform electrolyte characterizations: ionic conductivity, viscosity, moisture, and HF content.
• Evaluate mechanical properties of Anthro Proteus electrolytes.
• Conduct electrochemical evaluation of electrolytes in battery cells.
• Collect and analyze data; prepare reports and present findings to the team.
• Follow all laboratory safety protocols and ensure proper handling of chemicals and equipment according to SOPs.

Skills

Lab experience

Python

Data analysis

Problem solving

Analytical skills

Education

Bachelor in Chemistry

Materials Science & Engineering

Chemical Engineering

Tools

Glovebox operations

EIS

CV

Coin cell fabrication

Job description

Anthro Energy, Inc. in Alameda, CA is seeking a motivated Electrolyte R&D Intern for a 6- to 9-month internship starting January 2027.

You will work with scientists to develop Anthro Proteus electrolytes, gaining hands-on experience across formulation, testing, and data-driven insights. The role involves electrolyte formulation, characterization (ionic conductivity, viscosity, moisture, HF), and electrochemical evaluation in battery cells.