Opportunities

We will keep this page updated with existing opportunities for internal funding through the Center, as well as opportunities for funding for external collaborations. For further information on any of these opportunities please contact cpsh_ec@utlists.utexas.edu.

Visiting Scholarships

If you are interested in collaborating with members of the Center for Planetary Systems Habitability, you may get in touch with a relevant collaborator or the CPSH Executive Committee at cpsh_ec@utlists.utexas.edu.


Student Opportunities

Request for Student-led Proposals in Planetary Habitability

The Center for Planetary Systems Habitability is pleased to announce our second call for proposals for Student Research Awards in Planetary Habitability. We strongly encourage proposals from all schools involved with the Center, and in particular from the College of Natural Sciences and the Cockrell School of Engineering.

Proposals may cover research in any topic related to planetary habitability, broadly defined, including but not limited to pre-biotic chemistry, origin of life, perseverance of life, mass extinctions/biotic crises, planetary dynamics, nutrient pathways, planetary atmospheres, biosignatures, habitable environments, planetary system dynamics, system and galactic hazards, galactic habitability, instrumentation, and planetary mission design. Proposals will be reviewed by the CPSH Executive Committee, and so it is important to write to a broad audience and clearly link the subject matter to planetary habitability. 

We welcome proposals for research expenses and student funding support at the graduate or undergraduate level. Research expenses must be planned for calendar year 2022. Examples of activities commensurate with anticipated funding levels (~$5-20K per selected award) include, but are not limited to:

  • Student-led field, travel, and/or analytical costs;
  • URA/GRA salary support (summer or single semesters); and/or
  • Purchase of equipment for student-led research.

To ensure that the Center can support as many students as possible, we also strongly encourage student advisors to provide some form of ‘matching’ financial support, on the level of ~20% of the total requested amount. This matching support should be clearly indicated on the budget table, and we suggest that this be designated as one full line-item (e.g., the advisor may choose to cover the fringe benefits or tuition relevant to a requested semester of GRA support). If this matching is not possible, please instead provide a description of how this funding fits into the existing plan for funding of your research (e.g., this project is to explore a new research direction for which no funds presently exist).

Deadline: The opportunity has a deadline of Oct. 28 at 10 AM.

How to apply: Proposals should be submitted to the CPSH Executive Committee at cpsh_ec@utlists.utexas.edu. Submissions should be in the form of a single PDF that includes:

  • A 2-page research proposal authored by the student (references may be included on a 3rd page);
  • A detailed budget table of anticipated costs, and (where applicable) the advisor matching description;
  • A one-page curriculum vitae for the student, and
  • A signed letter of support from an advisor or faculty/scientist mentor, also acknowledging any matching funding provided. (Note, this need not be a full letter of reference, but rather is to indicate to the Executive Committee that the advisor supports this work and is aware of the proposed scope and budget request.)

For any questions related to this RFP, please contact the CPSH Executive Committee (cpsh_ec@utlists.utexas.edu) and/or Tim Goudge (tgoudge@jsg.utexas.edu)


Funding Programs

CPSH Seed Grant Program 2021
In March, the Center for Planetary Systems Habitability (CPSH) awarded funding under our 2021 seed grant program to the following PIs:

  • David Hoffman and Cornelia Rasmussen – Intramolecular carbon isotope distribution as a fingerprint illuminating the origin of organic molecules
  • Kirk Scanlan – Mapping buried Martian lava tubes through orbital radar sounding