/Duties:
The candidate will play a crucial role in researching microemulsions’ fundamental chemistry and physical properties as they are used as an electrolyte in an energy storage or energy production device, such as redox flow batteries, or supercapacitors. The candidate must characterize the microemulsions before using them in an energy storage device using standard literature methodologies such as NMR, viscosity, conductivity, and x-ray and neutron scattering. The researcher will become a vital part of a research team to develop new microemulsion compositions and surfactant-based materials. The researcher will work in Dr. Zawodzinskis and Dr. Imels research teams and will maintain accurate laboratory notes, provide research technical reports, prepare publications/reports, and assist in preparing oral presentations that summarize the accomplishments of the research program. Participation in general laboratory maintenance and safety programs and associated team research issues will be required. The research project is fundamental in nature but directed at developing solutions to practical problems in energy. A successful candidate is expected to publish at least two papers in peer-reviewed journals/year, each with an impact factor greater than four. Research studies will be conducted on the UTK campus and the ORNL campus. An externally funded project funds the project and research position, and employment is conditionally dependent on continued external funding.
Requirements:
The candidate must work independently and be capable of designing, implementing, recording, and interpreting the results of experimental investigations. This position offers a unique opportunity for the researcher to further their knowledge in modern electrochemistry such as CV, RDE, and energy storage technologies. The candidate also needs to take a leadership position for day-to-day safety operations, addressing all of UT’s environmental health and safety requirements. The researcher must have the ability and is expected to self-assess their research skill set, identify weaknesses, and secure learning resources to address these issues. In addition, the researcher must be willing to learn advanced electrochemistry and characterization techniques and exhibit a working knowledge of oral and written English.
How to apply:
Three professional references, as well as a resume, are needed for this position. A cover letter is optional. The candidate must have successfully completed a PhD in Chemical Engineering, Material Science, or Chemistry. Please email Dr. Thomas Zawodzinski at [email protected] or Dr. Adam Imel at aimel@utk for questions concerning this position