With a strong focus on Mobility Operational Excellence Customer Value and vehicle electrification Nissan offers the opportunity to be part of truly exciting and impactful work. From the sleek design of our vehicles to the unique global experiences we provide Nissan exemplifies ingenuity and innovation in everything we do.
The Materials Informatics Team brings together experts in computational materials science data science and experimental research to accelerate materials development for advanced and niche applications. The teams work is grounded in fundamental research leveraging state-of-the-art computational and data-driven approaches to improve the performance of key automotive components through materials innovation.
We are currently seeking abattery experimental internto join our team inSilicon Valley California. In this role you will collaborate closely with multidisciplinary teams to explore model and analyze materials systems that support nextgeneration vehicle technologies including electrification.
Key Responsibilities
Assist in the synthesis and processing of materials for allsolidstate batteries and/or conventional lithiumion batteries.
Perform materials characterization and property evaluation including ionic and electronic conductivity measurements structural analysis electrochemical impedance spectroscopy (EIS) temperaturedependent behavior and microstructural observations.
Conduct battery performance characterization such as cyclic voltammetry electrochemical testing and cycling performance evaluation.
Apply descriptive data analytics to experimental and computational datasets to identify trends correlations and performance drivers.
Analyze summarize and communicate research findings through technical presentations written reports and documentation suitable for internal dissemination and potential publication.
Qualifications and Education Requirements
Currently pursuing a Ph.D. in Physics Chemistry Chemical Engineering Materials Science or a closely related field.
Demonstrated advanced research experience with a strong record of scientific publications and/or filed patents in relevant technical areas.
Strong theoretical foundation in inorganic and organic chemistry materials science and reaction kinetics.
Hands-on experience in the design synthesis and processing of novel materials for electrochemical systems.
Proficiency with a broad range of materials characterization techniques including structural electrical and electrochemical methods.
Demonstrated expertise in electrochemical system performance evaluation including battery testing and diagnostics.
Strong analytical skills with exceptional attention to detail creativity in problemsolving and the ability to work effectively in crossfunctional teams.
High level of motivation and passion for empirical research with the ability to address complex scientific questions through datadriven approaches.
Excellent written and verbal communication skills with the ability to clearly present technical concepts and research findings.
Must be currently enrolled in a fouryear accredited college or university program.
Minimum GPA of 3.0 (or equivalent).
Availability to work fulltime during the internship.
Ability to work onsite in Silicon Valley CA for a period of three months or longer.
Preferred Skills
Strong foundational knowledge of electrochemistry inorganic chemistry and organic chemistry with practical application in materials or electrochemical systems.
Familiarity with batteryrelated materials and processes including electrolytes electrodes and interfacial phenomena is a plus.
Ability to connect fundamental scientific principles with realworld automotive and energystorage challenges.
Nissan is committed to a drug-free workplace. All employment is contingent upon the successful completion of drug and background screenings in accordance with Nissan policies and in compliance with federal state and local laws including the California Fair Chance Act and the Los Angeles County Fair Chance Ordinance. Nissan will consider qualified candidates with arrest or conviction records for employment in a manner consistent with these laws.
It is Nissans policy to provide Equal Employment Opportunity (EEO) to all persons regardless of race gender military status disability or any other status protected by law. Candidates for this position must be legally authorized to work in the United States and will be required to provide proof of employment eligibility at the time of hire; Nissan uses E-Verify to validate employment eligibility.
NISSAN FOR EVERYONE
People are our most valuable assets and diversity and inclusion are the key to maximizing the power of each individual member of our team. When everyone belongs the power of NISSAN is undeniable. Our Corporate Diversity Initiative aims to improve business results by ensuring that our workplace and core businesses meet the unique needs of our employees and customer base.
Nissan is committed to creating a culture where everyone belongs and employees customers and partners feel respected valued and heard. We have over 10 Business Synergy Teams (BSTs) across the U.S. and Canada that connect employees with shared characteristics or interests build allies and foster a company culture where all employees feel supported and included.
Nissan also values inclusion in all areas of our business as we strive to mirror the diversity of our customer base and the communities where we do business. We are committed to procuring innovative goods and services retailing our products and communicating from a diverse perspective which will help us continue to offer our customers competitively designed market-driven products.
Join us as we carry our commitment to diversity and inclusion into the future.
Santa Clara California United States of AmericaRequired Experience:
Intern
The company traces its name to the Nissan zaibatsu, now called Nissan Group. ... In 2014, Nissan was the largest car manufacturer in North America. Nissan is the world's largest electric vehicle (EV) manufacturer, with global sales of more than 320,000 all-electric vehicles as of Apri ... View more