Career Opportunities
Krimigis Postdoctoral Scholars Program
About the Program
The Krimigis Postdoctoral Scholars Program at APL provides extraordinary scientists with the opportunity to engage in cutting-edge projects designed to advance the future of space science.
When you join us, you become part of a community of experts expanding the frontiers of space science and technology. APL has designed, built, operated, and led more than 70 spacecraft missions to explore the solar system and more than 325 specialized instruments to better understand our place among the stars. Our scientists and engineers are leading and developing initiatives that will facilitate the exploration of the Moon and that could define the future of space exploration.
Postdoctoral scholars in this program receive competitive pay, a generous benefits package, and networking opportunities within their cohort and among other researchers at APL.
This is a two-year program, with the option for a third year. Most positions will be for full-time work, although part-time work is possible by participant’s request.
Program alumni are encouraged to apply for other open opportunities at APL at the conclusion of their term.
Key Features
Mentorship
Mentorship from a research advisor to help you further develop as a researcher and science professional
Travel
Support for travel to conferences and to publish research
Training
Training in soft professional skills, such as proposal writing
Leadership
Ability to submit grant proposals as a principal investigator
Eligibility
To be considered for the program, applicants must meet the following requirements.
- A Ph.D. in a relevant subject awarded within the last three years (adjusted to account for any leaves of absence taken)
- Demonstrated ability to do independent research (must have work published or submitted for publication prior to the expected start date)
- Ability to work well within a team
How to Apply
Interested individuals should submit their application by selecting one of the following opportunities.
Applicants should identify at least one available project they are interested in. A limited number of Krimigis Postdoctoral Scholars will be selected to pursue postdoc-defined research during the program in addition to project-related work.
Applications must include:
- A current curriculum vitae (CV)
- A current unofficial graduate school transcript
- A cover letter that includes a summary of the applicant’s dissertation work, states which project(s) they are interested in, and provides the names and contact information for at least two references.
- Applicants interested in a postdoc-defined research program should include a three-page summary of the proposed research as part of the cover letter. The research proposal should include a statement of the problem, an outline of the proposed methodology, and the expected outcomes and their significance.
There are two application cycles each year. The next application cycle begins in February 2025, with an application deadline by April 15, 2025.
Available Projects
Participate in multiple observing programs focused on characterizing exoplanet atmospheres using the Hubble and James Webb Space Telescopes, and collaborate with the Consortium on Habitability and Atmospheres of M-dwarf Planets (CHAMPs) team on astrobiology-related research.
Support analysis of lunar samples to examine lunar geochemical processes, including questions related to volcanism, space weathering, chronology, and the lunar volatile cycle, with an emphasis on in situ resource utilization (ISRU) techniques toward characterizing planetary resources from planetary regoliths.
Characterize possible exchange processes between Europa’s surface and subsurface through modeling the 3D thermal and chemical evolution of the ice shell, to constrain the extent to which surface measurements can be used to interrogate the subsurface and the ocean.
Investigate the link between charged particle weathering and surface composition at icy, airless solar system bodies, with an emphasis on Jupiter's moons Europa, Ganymede, and Callisto, all of which are known or suspected ocean worlds.
Use advanced space physics models and data assimilation techniques to generate specifications and forecasts of the dynamics and chemistry of Earth’s ionosphere and thermosphere for space weather research and operations.
Analyze data from the Interstellar Mapping and Acceleration Probe (IMAP) to understand the acceleration of energetic particles and the interaction of the solar wind with the local interstellar medium.
Analyze energetic neutral atom data from the Ultra instrument suite onboard IMAP to advance our understanding both of the temporal and spatial evolution of the heliospheric boundary region as well as of processes related to the interaction of the magnetic field of the Sun and the local interstellar medium.
Use magnetohydrodynamic models of the inner heliosphere to characterize ejecta, sheath, and shock properties at Earth for different coronal mass ejection (CME)-solar wind interaction scenarios and quantify the geo-effectiveness of CMEs by examining the geospace response to CME-induced conditions.
Use the powerful technique of information theory to study space physics phenomena, including the solar dynamo, Earth’s ionospheric scintillation, solar wind interactions with Earth’s magnetosphere, and plasma transport at Saturn.
Impact
Space Science and Engineering
Since the dawn of the Space Age, APL has expanded the frontiers of space science and technology. We took the first picture of Earth from space, invented satellite navigation, dispatched spacecraft across the solar system, and demonstrated technology to advance our nation’s security.
About Stamatios “Tom” Krimigis
This program is named for Stamatios “Tom” Krimigis, a visionary space scientist, inventor, leader, and mentor. Krimigis is the only scientist in the world who built instrumentation for and/or participated in space science missions to all nine classical planets and the Sun. He served as a science instrument principal investigator on five NASA missions, including the legendary Voyager missions and the Cassini orbiter to Saturn. Over the course of his career, Krimigis has designed, built, flown, and analyzed data from 21 instruments on various NASA and European Space Agency missions. He was also instrumental in establishing NASA’s principal-investigator-led approach to space science, including the creation of the Discovery and New Frontiers programs. He has published over 640 papers in peer-reviewed journals and books and has been cited over 27,000 times.
Born in Greece, Krimigis earned a bachelor’s degree in physics from the University of Minnesota and a master’s and doctorate in physics from the University of Iowa, studying under James Van Allen, the former APL scientist who discovered Earth’s radiation belts. He served on the faculty of the Physics and Astronomy Department at the University of Iowa before joining APL in 1968. During his time at APL, he headed the Space Physics and Instrumentation Group, became chief scientist in 1980, and became head of the Space Department (now the Space Exploration Sector) in 1991. In that role for more than a decade, Krimigis directed the activities of hundreds of scientists and engineers with a focus on space science and engineering.
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