A research and development internship focused on developing next-generation all solid-state rechargeable batteries, involving laboratory experiments, cell building, data analysis, and collaboration with scientists and engineers in a fast-paced environment.
Key Responsibilities
Run experiments at the lab bench scale under the guidance of scientists and engineers
Participate in cell building processes, including weighing powders, making slurries, casting, and assembling cells
Test cells using potentiostats and battery cyclers
Analyze experimental data to inform future cell development
Communicate results and challenges to the team
Follow laboratory safety protocols during all activities
Requirements
Enrolled at least at a junior level in a bachelor’s program in a STEM field such as engineering, chemistry, or a related field.
Ability to work onsite 12 hours per week during the spring semester.
Experience with battery materials, cell builds, data analysis, and failure modes is a plus.
Comfort with safe handling of hazardous materials and equipment is required.
Knowledge of electrochemistry is preferred and a plus.
Experience with material characterization techniques such as XRD, SEM, EDS, rheology, etc., is a plus.
Excellent communication skills.
Familiarity with Microsoft Office suite.
Experience with Python is a plus.
Ability to work in gloveboxes and dry rooms.
Prolonged periods of sitting at a desk, with or without accommodation.
Physical ability to wear Personal Protective Equipment (PPE) including eye protection, hair net, gloves, face mask, coveralls, full-face respirator or PAPR as necessary.
Ability to follow all facility and laboratory safety rules and regulations.
Ability to analyze data from cells to make recommendations for future iterations and/or cells.
Ability to communicate results and roadblocks to the broader team audience.
Ability to run experiments at the lab bench scale under the direction of scientists and engineers.
Ability to participate in all components of the cell building process including weighing powders and solvents, making slurries, casting slurries, building cells, and testing cells using potentiostats and battery cyclers.
Ability to work in a fast-paced, collaborative start-up environment, demonstrating self-motivation and rapid learning.
Willingness to adhere to all safety and laboratory protocols and regulations.
Clear results of a thorough background check are required prior to employment.
Employment is contingent upon continued availability of government authorization due to export control restrictions.
Employer cannot sponsor applicants for work visas.
Benefits & Perks
Hourly compensation of $20-$22 per hour
Work schedule of 12 hours per week during spring semester
Onsite work environment
Access to laboratory facilities and equipment
Opportunity to work in a collaborative, fast-paced, innovative team environment
Potential for professional development in battery technology and electrochemistry
Ready to Apply?
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