Next Gen Batteries Fellows
Goals
To investigate how materials science, chemical engineering, and electrochemistry can be used to address challenges in energy storage. Our research focuses on designing and testing new battery components, such as temperature-responsive electrolytes, flexible ionogels, and bio-derived electrode materials to enhance performance and safety. Students will gain hands-on experience with materials processing, mechanical characterization, and battery testing, while developing skills in research, teamwork, and scientific communication
Issues Involved or Addressed
How can we design battery electrolytes that respond to temperature changes for improved safety?
What role do polymer structure and composition play in ion transport and performance?
Can we use bio-derived or sustainable materials to build more environmentally friendly batteries?
How do we evaluate the electrochemical and mechanical properties of next-generation battery materials?
Methods and Tech
Materials synthesis and nanocomposite fabrication
Electrochemical testing
Characterization of mechanical properties
Data analysis and structure–property correlations
Academic Majors of Interest
Though open to all majors, we are most interested in students majoring in:
Chemical Engineering
Materials Science and Engineering
Chemistry
Environmental Engineering
Mechanical Engineering
Electrical and Computer Engineering
Physics
Preferred Interests and Preparation
Curiosity and willingness to learn
Self-motivated and excited to explore new ideas
Attention to detail
Basic lab experience - helpful but not required
Application Process
To express interest in this team, please complete the VIP Interest Form and select "Next Gen Batteries Fellows."
Team Advisor