Related: High school student discovers alien planet with twin suns just days into a NASA internship citizenship and a grade point average (GPA) of at least 3.0 on a 4.0 scale. To be eligible an applicant must have U.S. Goddard offers hundreds of internship opportunities each year across four campuses for all levels of education from high school students to graduates. If potential interns want to follow a more standardized path, they could begin by applying to NASA’s Goddard Space Flight Center, in Greenbelt, Maryland.

That summer, my role was to look at star systems that were already identified to be binary systems and try to see if I could see any features in them that looked interesting or could potentially indicate a planet.' 'After that, I was invited back for the summer after junior year when I worked primarily with Dr. Ravi Kopparapu at NASA GSFC graciously agreed to work with me over that summer and I worked on calculating habitable zones for circumbinary planets by updating the existing single star climate model. During my sophomore year of high school, I sent emails to a bunch of researchers in the field of astrobiology, trying to find someone who was willing to work with a high school student,' Cukier explains. 'My application process was atypical for NASA interns. When it comes to applying for a NASA internship Cukier’s example shows, there isn’t one set path to an internship at NASA. Students will be provided a stipend and offered affordable housing at NASA Ames.Cukier is now studying astrophysics at Princeton while working on his own research projects, demonstrating that for up-and-coming scientists and engineers who want to get involved with the next era of space investigation, an internship with NASA is a great place to start. Internships are for 10 weeks and will take place at NASA Ames Research Center in Silicon Valley. Interns will utilize these within the GeneLab analysis framework to make discoveries about how biological systems react to spaceflight. Interns will work with GeneLab and AWG scientists, as well as other interns, to develop computational pipelines for the analysis of biological data housed within GeneLab. These AWGs will be led by subject matter experts from various domains (plant biology, microbiology, vertebrate and invertebrate physiology), however it is expected that many of the tasks identified by these AWGs will be carried out by a group of 10 - 20 interns recruited through this opportunity. To ensure that these tools meet the needs of the space biology community, GeneLab is assembling Analysis Working Groups (AWGs) charged with identifying essential tools, constructing canonical analysis pipelines and generating processed data.

fastq files), however GeneLab will soon offer tools for analysis of this data. Currently, the GeneLab data system houses raw unprocessed data (e.g.

In response, NASA is developing an open platform for storing and analyzing biological datasets called GeneLab ().īy gathering genomic, transcriptomic, proteomic and metabolomic datasets together, GeneLab will allow these datasets to be compared, integrated and analyzed together, increasing the likelihood that important patterns of adaptation to space environments will be discovered. However, the enormous complexity of biological systems means that the precise nature of these responses remain unclear.

Spaceflight places unique stresses on living systems and understanding how biological systems sense and respond to these stresses is a requisite for an expanded human presence in space. Analysis of Spaceflight Omics Data Using the GeneLab Data System To receive AWG updates and information about other opportunities at GeneLab, subscribe to the Newsletter. Thank you to all who applied for the summer internship.

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