UL Research Institutes Welcomes Judy Jeevarajan as New Vice President and Scientific Advisor
In a significant move to further its leadership in safety science, UL Research Institutes has appointed Judy Jeevarajan, Ph.D., as the Vice President and Distinguished Scientific Advisor. This role, newly established within the organization, emphasizes ULRI's commitment to enhancing research and standards in critical areas such as energy storage safety and electrochemical science. Jeevarajan, who will report directly to Chris Cramer, Ph.D., ULRI's Chief Research Officer, has been recognized globally for her expertise in battery safety.
Throughout her extensive career of over thirty years, Jeevarajan has been a prominent figure in the field of battery chemistry, particularly known for her work on lithium-ion technologies. She has played a pivotal role in advocating for improved safety and reliability in energy storage systems. In her new position, she aims to leverage her deep knowledge and experience to guide ULRI's strategic scientific priorities and to mentor a new generation of researchers within the Electrochemical Safety Research Institute, which is currently in search of new leadership.
Commenting on her appointment, Cramer highlighted Jeevarajan's extraordinary influence in the community, noting, "Her ability to connect rigorous research with real-world safety impacts makes her indispensable to UL Research Institutes." Under her guidance, crucial scientific disciplines will be enhanced, having significant implications for the development of global battery safety standards.
Jeevarajan is not only an asset to ULRI but also has a strong presence in international standards organizations. As Chair of the IEC Technical Committee 21 Subcommittee 21A, she helps shape regulations and standards that govern battery safety and energy storage technologies worldwide. Her influence goes far beyond her organization, impacting academia, industry, and government through countless presentations and contributions to significant policy discussions regarding battery safety.
With over 250 presentations and numerous book chapters to her name, Jeevarajan advocates strongly for safer chemical practices and robust system protections in the battery sector. She has been called upon to speak at high-profile gatherings, influencing how emerging risks in battery technology are addressed and how innovative, evidence-based policies are developed. Her participation in global forums has furthered discussions on energy storage and the future of new energy sources, including hydrogen technologies.
In her new role, Jeevarajan's efforts will be instrumental in advancing collaborations with UL Standards Engagement, the International Electrotechnical Commission, and SAE, which represents the automotive and aerospace industries. Her leadership will be critical in developing and testing methodologies related to battery safety, creating effective fire prevention systems, and establishing crucial standards for next-generation battery chemistries.
Furthermore, her expertise in shaping global policy and best practices is expected to have a lasting impact on energy storage safety, guiding ULRI as it continues its mission of fostering a safer world. By combining technical rigor with a history of collaboration across sectors, Jeevarajan is uniquely positioned to enhance UL Research Institutes' objectives with her expanded responsibilities.
About UL Research Institutes: Formed in 1894, UL Research Institutes is an independent nonprofit organization dedicated to public safety through scientific advancements. Its researchers focus on various critical safety risks, from fire and chemical hazards to digital privacy and energy storage systems. With a mission to improve standards and public understanding, ULRI collaborates globally while also nurturing the next generation of safety scientists through innovative educational programs and research experiences. Connect at UL.org for more information.
Throughout her extensive career of over thirty years, Jeevarajan has been a prominent figure in the field of battery chemistry, particularly known for her work on lithium-ion technologies. She has played a pivotal role in advocating for improved safety and reliability in energy storage systems. In her new position, she aims to leverage her deep knowledge and experience to guide ULRI's strategic scientific priorities and to mentor a new generation of researchers within the Electrochemical Safety Research Institute, which is currently in search of new leadership.
Commenting on her appointment, Cramer highlighted Jeevarajan's extraordinary influence in the community, noting, "Her ability to connect rigorous research with real-world safety impacts makes her indispensable to UL Research Institutes." Under her guidance, crucial scientific disciplines will be enhanced, having significant implications for the development of global battery safety standards.
Jeevarajan is not only an asset to ULRI but also has a strong presence in international standards organizations. As Chair of the IEC Technical Committee 21 Subcommittee 21A, she helps shape regulations and standards that govern battery safety and energy storage technologies worldwide. Her influence goes far beyond her organization, impacting academia, industry, and government through countless presentations and contributions to significant policy discussions regarding battery safety.
With over 250 presentations and numerous book chapters to her name, Jeevarajan advocates strongly for safer chemical practices and robust system protections in the battery sector. She has been called upon to speak at high-profile gatherings, influencing how emerging risks in battery technology are addressed and how innovative, evidence-based policies are developed. Her participation in global forums has furthered discussions on energy storage and the future of new energy sources, including hydrogen technologies.
In her new role, Jeevarajan's efforts will be instrumental in advancing collaborations with UL Standards Engagement, the International Electrotechnical Commission, and SAE, which represents the automotive and aerospace industries. Her leadership will be critical in developing and testing methodologies related to battery safety, creating effective fire prevention systems, and establishing crucial standards for next-generation battery chemistries.
Furthermore, her expertise in shaping global policy and best practices is expected to have a lasting impact on energy storage safety, guiding ULRI as it continues its mission of fostering a safer world. By combining technical rigor with a history of collaboration across sectors, Jeevarajan is uniquely positioned to enhance UL Research Institutes' objectives with her expanded responsibilities.
About UL Research Institutes: Formed in 1894, UL Research Institutes is an independent nonprofit organization dedicated to public safety through scientific advancements. Its researchers focus on various critical safety risks, from fire and chemical hazards to digital privacy and energy storage systems. With a mission to improve standards and public understanding, ULRI collaborates globally while also nurturing the next generation of safety scientists through innovative educational programs and research experiences. Connect at UL.org for more information.
Topics General Business）
【About Using Articles】
You can freely use the title and article content by linking to the page where the article is posted.
※ Images cannot be used.
【About Links】
Links are free to use.