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Job Title: Staff Scientist-Mechanical, Dynamical, and Thermal Properties at the Nanoscale |
| Req Number:20413 |
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| Division:Materials Sciences |
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The Molecular Foundry at Berkeley Lab is a user facility for the design, synthesis and characterization of materials with nanometer dimensions. One of five such Nanoscale Science Research Centers recently established by the U.S. Department of Energy (DOE), its charter defines two primary missions: a) conduct outstanding research across the breadth of nanoscience; and b) collaborate with scientists from around the world who visit to use its state-of-the-art instruments, techniques and expertise to further their own nanoscience research efforts. [See http://foundry.lbl.gov/]
Reporting to the Theory Facility Director or Lead Scientist, incumbent will: a) design and lead a vigorous individual research program, and b) devote equal effort to collaborating on research projects brought to the Molecular Foundry by its users and approved by the Proposal Review Panel as having substantial scientific merit and impact on the field.
Incumbent will provide theoretical support for users and conduct a vigorous independent research program with focus on the development and use of atomistic molecular dynamics and force-fields for the prediction of the dynamics of and thermal phenomena in complex nanostructures and assemblies. Phenomena of interest include, but are not limited to, mechanical properties, nucleation and growth, diffusion kinetics, energy transfer, dissipation, and thermal and mass transport at the nanoscale. Application areas of interest include nanomechanics, energy-related nanoscience, and understanding new complex nanomaterials. Incumbent will also share in user-related operation, maintenance, and development responsibilities within the Molecular Foundry Theory Facility.
Duties
Perform individual, publishable research using atomistic molecular dynamics simulation, or other theoretical and computational techniques, for the study of temperature-dependent behavior and dynamics of materials at the nanoscale, including growth and assembly, diffusion kinetics, mechanical and thermal properties, and nanoscale friction. The plan for this research, in the form of one or more research proposals, should be provided with the application materials. Experience with the application or development of large-scale atomistic simulation or continuum modeling is required.
In collaboration with other Facility scientific staff members, provide scientific support for users, and develop the Facility for use by scientists (users) from other institutions. Collaborate in user research projects, develop of service facility for Theory, and provide scientific support and training for Foundry users. In both the individual research program and the work with users, carry out active, original research; prepare scientific data for publication in refereed journals; and present findings at seminars and conferences. Ensure efficient use of Facility time by coordinating scheduling with users and Foundry staff.
Qualifications
- Thorough knowledge, state-of-the-art involvement and significant achievement with molecular dynamics methods as demonstrated by a strong publication record, honors and awards, etc.
- Experience with the application or development of large-scale atomistic simulation or continuum modeling is required.
- Demonstrated accomplishment in materials research and nanoscience.
- Creative ability and outstanding promise in the development of finite temperature and dynamical methods and their application to nanostructures.
- Strong track record in collaborative research.
- Experience working with experimentalists.
- Experience with different scientific computing platforms.
- Ability to interact and work well in a user facility environment.
- Ability to establish and lead research projects.
- Strong analytic, organizational, and communication skills.
Highly Desirable:
- Ph.D. in the physical sciences or applied mathematics, plus postdoctoral research experience.
- User facility experience and/or experience collaborating with experimentalists.
Notes
This is a term appointment up to a maximum of five years, subject to continued funding and continued positive performance after annual review. Based on current DOE funding projections, we anticipate that this position will become career.
How To Apply
To apply, click the "Apply Now" button. Follow the online instructions to complete the application process. As part of the online application process, please also send your resume or CV, a summary of research interests, a research plan in the form of one or more research proposals and a list of at least five references (preferably at least four should be external to UC or LBNL) to Theory20413@eroom2.lbl.gov.
Equal Employment Opportunity
Lawrence Berkeley National Lab is an affirmative action/equal opportunity employer committed to the development of a diverse workforce.
20413
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