UL Research Institutes

The Research Scientist II will conduct computational modeling and cheminformatics research, develops preliminary findings, and prepares written reports supporting the Materials Discovery Research Institute (MDRI) research.. Design and execute detailed quantum mechanical studies and high-throughput computational screening of next-generation, high-performance, economically feasible materials to address eco-remediation-related challenges such as water purification, harvesting, and decontamination of natural resources, and renewable energy beyond lithium-ion batteries, such as fuel cells and electrolyzers.. Demonstrated ability to predict electrochemical or material properties from ab initio data or develop quantitative frameworks that bridge atomistic simulation and experimental results.. A Ph. D. in materials science, physics, chemistry, chemical engineering, or another related field must be completed by the start of the appointment for this role.. We conduct rigorous independent research and analyze safety data, convene experts worldwide to address risks, share knowledge through safety education and public outreach initiatives, and develop standards to guide safe commercialization of evolving technologies.

research scientist ii

Job Description We have an exciting opportunity for a Research Scientist II at UL Research Institutes, based in our Skokie, IL labs. The Research Scientist II will conduct computational modeling and cheminformatics research, develops preliminary findings, and prepares written reports supporting the Materials Discovery Research Institute (MDRI) research. They will work closely with other MDRI leaders and researchers to carry out simulations associated with eco-remediation and renewable energy fields. At UL Research Institutes and UL Standards & Engagement (UL), we wake up every day with a common purpose: to make the world a safer, more secure and sustainable place. Science is in our DNA; we are endlessly curious and passionate about seeking and speaking the truth. We take delight in knowing that our work makes a meaningful contribution to society, and we are proud that our culture is centered on integrity, collaboration, inclusion and excellence. UL stands at the forefront of technological advancement, and we are continually challenged to find new ways to foster innovation and positive change. Satisfying? Yes. Exciting? Absolutely! What You’ll Learn And Achieve <ul><li>Design and execute detailed quantum mechanical studies and high-throughput computational screening of next-generation, high-performance, economically feasible materials to address eco-remediation-related challenges such as water purification, harvesting, and decontamination of natural resources, and renewable energy beyond lithium-ion batteries, such as fuel cells and electrolyzers.</li><li>Collect and analyze data from computational simulations and experiments using or developing advanced computational workflows, databases, and software. Interpret results and draw conclusions to contribute to advancing knowledge in these fields.</li><li>Apply broad and deep knowledge of scientific principles to specific research tasks.</li><li>Document computational procedures and results, prepare detailed internal reports, present findings, and disseminate results in the form of peer-reviewed publications, patents, conference presentations, etc.</li><li>Collaborate with interdisciplinary teams, including chemists, physicists, material scientists, engineers, and other researchers.</li><li>Design and propose theory-guided experiments and drive collaborative work with experimental partners.</li><li>Stay current with the latest advancements in these fields by reading journals and scientific publications and attending external conferences and seminars.</li><li>Propose innovative research ideas and projects contributing to the field's development.</li><li>Assist in writing research proposals for external funding. </li></ul>What Makes You a Great Fit A successful candidate should demonstrate: <ul><li>Expertise in quantum chemistry, statistical mechanics, or molecular dynamics.</li><li>Knowledge of chemistry, materials science, computer science, or other related fields.</li><li>Proficiency in independently conducting research, overseeing all project stages from inception to completion, and publishing in peer-reviewed journals or patents.</li><li>Effective communication of complex atomistic simulations, chemical, and physics concepts to audiences with varying technical expertise.</li><li>Experience working with atomistic simulation tools in high-performance computing clusters or cloud-computing resources.</li><li>Proficiency in quickly learning new skills or fields of study.</li><li>Strong ability to collaborate in multidisciplinary teams coupled with solid work ethics. </li></ul>Candidates that satisfy one or more of the following areas are preferred: <ul><li>Demonstrated ability to predict electrochemical or material properties from ab initio data or develop quantitative frameworks that bridge atomistic simulation and experimental results.</li><li>Experience in the study of catalyzed reactions, chemical degradation, gas adsorption, or related kinetic processes.</li><li>Proficiency in utilizing data science/machine learning tools to design new molecules or materials with targeted properties.</li><li>Fluency in one or more programming languages combined with software or database development; such as Python, C++, or Fortran</li><li>A proven track record of innovation within the atomistic simulation realm, showcasing the ability to identify novel applications for atomistic simulation in product development and to bridge the gap between scientific research and commercial technologies. </li></ul>Professional Education And Experience Requirements For The Role Include <ul><li>A Ph.D. in materials science, physics, chemistry, chemical engineering, or another related field must be completed by the start of the appointment for this role. </li></ul>About UL Research Institutes And UL Standards & Engagement UL Research Institutes and UL Standards & Engagement are nonprofit organizations dedicated to advancing safety science research through the discovery and application of scientific knowledge. We conduct rigorous independent research and analyze safety data, convene experts worldwide to address risks, share knowledge through safety education and public outreach initiatives, and develop standards to guide safe commercialization of evolving technologies. We foster communities of safety, from grassroots initiatives for neighborhoods to summits of world leaders. Our organization employs collaborative and scientific approaches with partners and stakeholders to drive innovation and progress toward improving safety, security, and sustainability, ultimately enhancing societal well-being. Our wholly owned subsidiary, UL Solutions, advances our shared public safety mission. We fund our work through grants, the licensing of standards documents and the business activities of UL Solutions, which conducts testing, verification and certification, and provides training and advisory services, along with data-driven reporting and decision-making tools for customers around the world. To learn more, visit our websites UL.org and ULSE.org.

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