Hgen
Electrochemical R&D Intern
Hgen, Los Angeles, California, United States, 90079
Hgen's mission is to achieve a clean and sustainable energy future through tackling emissions in hard-to-decarbonize industries. By enabling cheap and abundant clean hydrogen, Hgen can help to decarbonize the >10% of total global emissions that are best addressed with clean hydrogen. Learn more about why clean hydrogen is critical for achieving zero-emissions.
As a
R&D Intern,
you will support Hgen's electrochemical and materials testing efforts to improve stack electrochemical performance.
Responsibilities
Conduct electrochemical analyses at the three electrode, single cell, and stack level Investigate catalyst behavior in relevant conditions Analyze electrochemical data to understand fundamental thermodynamic and kinetic parameters driving performance Qualifications
Bachelor's, Master's, or PhD in Electrochemistry, Chemical Engineering, Chemistry, Materials Engineering, or related field Experience researching electrochemical processes with a variety of analysis techniques (e.g. CV, impedance, etc.) Experience incorporating materials into working electrochemical devices Strong understanding of fundamental electrochemical principles Self-starter, fast learner, and ability to independently troubleshoot Ability to identify new opportunities and challenge ingrained assumptions
As a
R&D Intern,
you will support Hgen's electrochemical and materials testing efforts to improve stack electrochemical performance.
Responsibilities
Conduct electrochemical analyses at the three electrode, single cell, and stack level Investigate catalyst behavior in relevant conditions Analyze electrochemical data to understand fundamental thermodynamic and kinetic parameters driving performance Qualifications
Bachelor's, Master's, or PhD in Electrochemistry, Chemical Engineering, Chemistry, Materials Engineering, or related field Experience researching electrochemical processes with a variety of analysis techniques (e.g. CV, impedance, etc.) Experience incorporating materials into working electrochemical devices Strong understanding of fundamental electrochemical principles Self-starter, fast learner, and ability to independently troubleshoot Ability to identify new opportunities and challenge ingrained assumptions