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Today's Interns . . . Tomorrow's Mentors

Under the guidance of experienced mentors, summer interns are supporting tasks at the ESDIS Project Office and at EOSDIS DAACs across the country.

Mentor: 1. A wise advisor. 2. A teacher or coach. [Webster’s New World Dictionary]

Justin Rice has fond memories of the two NASA mentors he worked with in 2004 and 2005 during his summer internships at NASA’s Goddard Space Flight Center in Greenbelt, Maryland. “The first gentleman was very nice and encouraging; he was extremely supportive and always told the tallest of tales—he still tells them,” Rice recalls. “My second mentor was just a few years older than me, but the dude was just so brilliant. He was very sharp and passionate about mentoring. In many ways, both of these gentlemen are still my mentors.”

It has been more than 15 years since Justin Rice, a sophomore at Jackson State University in Jackson, MS, took his first airplane ride to Washington, D.C., to work as a NASA summer intern. Today, Dr. Justin Rice is a systems engineer with NASA’s Earth Science Data and Information System (ESDIS) Project and a co-mentor to his own group of summer interns: five young men and women from across the country who were selected into the highly-competitive NASA Internship Program.

Image of the five summer interns supporting the ESDIS Project Office and their mentors.
Image Caption

2019 ESDIS Project Office summer interns and their mentors. Left to right: Catherine (Kate) Hobart, Junho Kim-Lee, Sara Lytle, Summerlyn Turner, mentor Chris Lynnes, Alyssa Kaewwilai, mentor Justin Rice, and mentor Valerie Dixon. Not pictured: mentor John Moses. NASA EOSDIS image.

These interns—Sara Lytle, Junho Kim-Lee, Summerlyn Turner, Catherine (Kate) Hobart, and Alyssa Kaewwilai—come from different schools, different academic majors, and different backgrounds, but all are working together over an intense 10 weeks to move critical ESDIS projects forward. The end result of this crucible of accomplishment will be better services and products for the worldwide users of NASA Earth observing data. “Our interns make a huge contribution to ESDIS Project [operations],” says Rice. “I want to be sure they know how significant their work is to the Project.”

Sara Lytle, a master’s degree candidate in environmental engineering at Columbia University in New York City is working with Junho Kim-Lee, a sophomore computer science major at Cornell University in Ithaca, NY, to replicate the results of a study on canopy flux using a software package called Pangeo. After they finish replicating the results, they will optimize the data to see if the data can run more effectively in the cloud. Along with Justin Rice, they also are being mentored by ESDIS Project system architect Chris Lynnes. “All of the computer science I’ve done in the past was with the goal of doing research for Earth science,” says Sara. “This is the first time I’m working with computer science for the sake of computer science. I definitely don’t do work like this in my academic environment!”

Meanwhile, Summerlyn Turner, a recent bachelor’s degree graduate in geography from DePaul University in Chicago, is using a different software package to replicate the results from the same research on which Sara and Junho are working. Summerlyn’s mentors include Justin Rice and ESDIS Project science processing systems manager John Moses. “I’m using a tool called PODPAC,” she explains. “Right now, I’m trying to figure out PODPAC, what it is, what it can do, and how I can use it with these data. I was using ArcGIS at DePaul, so this is a little different.”

Two other interns also are supporting the ESDIS Project Office under the guidance of their ESDIS Project co-mentors Valerie Dixon and Chris Lynnes. Catherine (Kate) Hobart will be starting her master’s degree in geology at Baylor University in Waco, TX, this fall. She is working with Alyssa Kaewwilai, a rising senior at Gettysburg College in Gettysburg, PA, to test data in NASA’s Earth Observing System Data and Information System (EOSDIS) collection with a variety of analysis tools. “We’re seeing what tools work with what data,” explains Kate. “We’ll then do some scripting to make these tools available with the specific collection they work best with. This way, someone can easily know which tool or tools will work best with which data collection.”

Their mentor, Valerie, oversees EOSDIS metadata and data discovery, and stresses the value of the work being done by Kate and Alyssa. “There are gobs of tools that can work with data, and we are making the assumption that not all data users know what tools are out there or what tools are the best to use for visualizing and analyzing specific data collections,” she says. “Thanks greatly to the work of Alyssa and Kate, you’ll be able to use Earthdata Search to look for a collection and at the same time see if there are associated tools for using or working with the data in that collection. Plus, there will be links to take you to these tools. The work that Alyssa and Kate are doing will be our poster child for showing how cool our functionality is.”

Valerie observes that this work is a true team effort. “I view my role as making sure they have the support and contacts they need to accomplish the task Chris [Lynnes] and I set out, and I make sure they have the training and the contacts they need,” she says. “Alyssa and Kate are such self-starters and have great ideas and suggestions, so we’re all working together to move this project forward.”

NASA’s Internship Program brings together talented college and graduate school students (along with recent graduates) to work on projects at NASA centers and facilities across the nation. Some NASA centers, like Goddard, also provide internship opportunities for qualified high school students. Internships are available throughout the year, with summer internships lasting a minimum of 10 weeks and fall and spring internships lasting a minimum of 16 weeks. Detailed information and an electronic application can be found on the NASA Internships and Fellowships website: https://intern.nasa.gov.

Along with the work being done by the five ESDIS Project Office interns, another five Goddard interns are working on tasks at NASA’s Goddard Earth Sciences Data and Information Services Center (GES DISC), which is the EOSDIS Distributed Active Archive Center (DAAC) responsible for NASA data related to atmospheric composition, atmospheric dynamics, global precipitation, and solar irradiance.

Outside of Goddard, more than 30 additional interns are supporting tasks at EOSDIS DAACs across the country this summer [see table below].

Collage showing images of three NASA summer interns supporting EOSDIS DAACs. Left image is SEDAC intern Dorothee Grant. Center image is LP DAAC intern Nate Nelson. Right image is ORNL DAAC Hannah Dattilo.
Image Caption

Left image: NASA Socioeconomic Data and Applications Center (SEDAC) summer intern Dorothee Grant is working with her mentor Kytt MacManus to incorporate VIIRS nighttime lights data into SEDAC data collections. NASA SEDAC image. Center image: NASA Land Processes DAAC (LP DAAC) summer intern Nathan (Nate) Nelson is using his engineering skills to evaluate more than seven years’ worth of hardware in the LP DAAC storage “cage.” LP DAAC image. Right image: NASA Oak Ridge National Laboratory (ORNL) DAAC summer intern Hannah Dattilo is working with her mentor Rupesh Shrestha to develop a data platform that harmonizes ground, airborne, and satellite permafrost measurements. NASA ORNL DAAC image.

2019 EOSDIS Summer Interns
DAAC or Office Intern School Attending Academic Year Project
ASDC David (Preston) Callaway Virginia Tech, Blacksburg, VA Junior Assisting the Asset Manager in preparing legacy hardware for excessing. This involves removing hardware from cabinets, degaussing hardware (as appropriate), placing hardware in the excess area, and notifying the Asset Manager that hardware is ready to be tagged for excess.
ASDC Ronald Crump University of Virginia, Charlottesville, VA Junior Designing the front end and back end database for the Cassiopeia Airborne Data Search Tool as well as working with the integration of the front end of the tool.
ASDC Kathy LaMarsh D'Youville College, Buffalo, NY Entering fourth year of dietetics program Assisting with quality assurance/quality control (QA/QC) for extended maps and metadata tables for the Airborne Data Search Tool. This work helps develop the tool’s search functionality and provides support for the tool’s metadata schema.
ASDC Medha Majety Yale University, New Haven, CT Freshman Comparing and analyzing two products from Cloud-Aerosol Lidar and Infrared Pathfinder Satellite Observation (CALIPSO) satellite data that detect Polar Stratospheric Clouds (PSC) and creating visualizations for exploratory data analysis using 3D visualization software (such as Google Earth, CesiumJS, or NASA WorldWind).
ASF DAAC Rowan Biessel University of Alaska Fairbanks Junior Enhancing the functionality of ASF's Hybrid Pluggable Processing Pipeline (HyP3) custom processing engine by adding time series processing capabilities for Synthetic Aperture Radar (SAR) data.
ASF DAAC Tyler Chase University of Alaska Fairbanks Sophomore Enhancing ASF website capabilities to provide event-driven processing and monitoring using SAR data.
ASF DAAC Hal Dimarchi University of Alaska Fairbanks Senior Developing a desktop application providing similar functionality as ASF's HyP3 custom processing engine.
ASF DAAC Kim Fairbanks University of Alaska Fairbanks Senior Enhancing ASF website capabilities to provide event-driven processing and monitoring using SAR data.
ASF DAAC Soeren Harms Karlsruhe Institute of Technology, Karlsruhe, Germany Junior Developing a new S-band and X-band boresight transmission tower for ASF antenna calibration to allow for calibrating the pointing, gain, and polarization fidelity of ASF-used antennas at their X- and S-band frequencies.
ASF DAAC Jake Herrmann University of Alaska Fairbanks Junior Developing a pipeline for publishing Sentinel-1 Radiometrically Terrain Corrected (RTC) products into the EOSDIS Global Imagery Browse Services (GIBS).
ASF DAAC Alana Kilby University of Alaska Fairbanks Junior Developing templates and leading the content management effort to support the redesign of the ASF website to provide an enhanced user experience and functionality.
ASF DAAC Alex Lewandowski University of Alaska Fairbanks Senior Developing capabilities to enhance the user experience by building Jupyter Notebooks to perform time series analysis with SAR data using OpenSARLabs.
ASF DAAC George Meier University of Alaska Fairbanks Senior Prototyping the use of Artificial Intelligence (AI) through the development of neural networks to perform automatic surface-type classification from SAR imagery.
ASF DAAC James Rine University of Alaska Fairbanks Sophomore Designing the ASF Platform as a Service (PAAS) infrastructure to integrate a private cloud environment into ASF operations.
ASF DAAC McKade Sorensen University of Alaska Fairbanks Junior Prototyping the use of AI through the development of neural networks to perform automatic surface-type classification from SAR imagery.
ASF DAAC Rohan Weeden University of Alaska Fairbanks Master's Degree Candidate Prototyping the use of AI through the development of neural networks to perform automatic surface-type classification from SAR imagery.
ESDIS Project Office Catherine (Kate) Hobart Baylor University, Waco, TX Master's Degree Candidate Improving the Earthdata Search end-user experience, including evaluating data analysis tools for determining their applicability for specific data holdings.
ESDIS Project Office Alyssa Kaewwilai Gettysburg College, Gettysburg, PA Senior Improving the Earthdata Search end-user experience, including evaluating data analysis tools for determining their applicability for specific data holdings.
ESDIS Project Office Junho Kim-Lee Cornell University, Ithaca, NY Sophomore Working on the CloudSciCode project to demonstrate the viability of the cloud environment for Earth observation data analysis applications.
ESDIS Project Office Sara Lytle Columbia University, New York, NY Master's Degree Candidate Working on the CloudSciCode project to demonstrate the viability of the cloud environment for Earth observation data analysis applications.
ESDIS Project Office Summerlyn Turner DePaul University, Chicago, IL Recent Bachelor's Degree Graduate Working on the CloudSciCode project to demonstrate the viability of the cloud environment for Earth observation data analysis applications.
GES DISC Divya Gupta University of Maryland, College Park Junior Creating feature onboarding tours for the GES DISC website using Intro.js and working on user experience (UX) design and prototypes for visual data search using videos.
GES DISC Rachel Li University of California, Berkeley Sophomore Investigating procedures and standards needed to properly manage social media data, specifically Twitter data, so that these data are made compatible with existing NASA operational environments and determining if these procedures and standards would limit machine learning demands.
GES DISC Matteo Russo Princeton University, Princeton, NJ Senior Investigating and implementing machine learning techniques for improving the quality of “passive” tweets (i.e., those filtered out of the Twitter stream) relating to precipitation reports and investigating the potential of such tweet-derived precipitation information to augment existing weather station data and satellite observations.
GES DISC Tiffany Shreves University of North Carolina, Asheville Senior Developing tools and resources to make data analysis more interactive and intuitive, including creating a tool that helps users easily plot data from Earth science satellite missions on a graph or a map to create visualizations that can aid in research and science communication efforts.
GES DISC Laura Zheng University of Maryland, College Park Senior Investigating techniques and tools to visualize relationships between publications in Earth science and machine learning. The goal is to create a method or tool allowing for better decision-making when applying machine learning algorithms to Earth science applications.
LP DAAC Nathan Nelson South Dakota School of Mines, Rapid City, SD Sophomore Excessing hardware and media from the LP DAAC collection, including updating the U.S. Geological Survey (USGS) enterprise inventory product, determining the usability of retiring rack-mounted devices, and conducting research to meet NASA and USGS policies and requirements. He also is drafting an upgrade plan to revise the LP DAAC VMWare cluster architecture.
ORNL DAAC Hannah Dattilo Oglethorpe University, Atlanta, GA Senior Developing a data platform that harmonizes ground, airborne, and satellite permafrost measurements. This work will extend the capabilities of ORNL DAAC’s Soil Moisture Visualizer and will include data from NASA’s Arctic Boreal Vulnerability Experiment (ABoVE) and other sources.
PO.DAAC Austin Ebel Columbia University, New York, NY Senior Working on a cloud-native service for translating queries used by the hydrological community into those used by remote sensing data stores to enable Surface Water Ocean Topography (SWOT) mission science. This will extend the capabilities of search across PO.DAAC and other DAACs. After this project, he will be looking into machine learning opportunities within PO.DAAC on search relevancy, metrics, and other areas.
PO.DAAC Karthik Garimella Washington University, St. Louis, MO Master's Degree Candidate Analyzing data distribution metrics at PO.DAAC using the beats and Elastic search systems. These integrated metrics will then be used to discover underlying patterns in data usage using data mining and machine learning algorithms. The prototype will be used to analyze the application of the methodology for understanding data ingest errors.
PO.DAAC Andrew Joseph Oregon State University, Corvallis, OR Senior Developing a web-based tool to transfer legacy document-based user guides to HTTPS web-based guides.
PO.DAAC Jacqueline Kim Pasadena City College, Pasadena, CA Sophomore Assisting the PO.DAAC User Services team in editing and generating content that appears on the website and social media channels. Also contributing insight and recommendations to the PO.DAAC User Services team on website and social media improvements to optimize user engagement.
SEDAC Dorothee Grant

Columbia College, Columbia University, New York, NY

Sophomore Improving and integrating nighttime lights data from multiple sources into several SEDAC data collections.

Of course, the NASA intern experience is more than spending 40 hours a week working on assigned tasks. At Goddard, the Office of Education coordinates numerous activities to enhance the intern’s summer experience. Laboratory tours, software engineering seminars, coding boot camps, a Sciences and Exploration Directorate Science Jamboree showcasing the breadth of scientific work and research conducted at Goddard, a movie festival, and a wide range of talks and forums are some of the activities that fill up a Goddard intern’s day.

Image of the 12 NASA summer interns supporting the Alaska Satellite Facility.
Image Caption

Summer interns supporting NASA’s Alaska Satellite Facility DAAC. Left to right: Tyler Chase, Alana Kilby, George Meier, Alex Lewandowski, Jake Herrmann, Rohan Weeden, Rowan Biessel, McKade Sorensen, James Rine, Soeren Harms. Not pictured: Hal Dimarchi and Kim Fairbanks. NASA ASF DAAC image.

ESDIS staff also coordinate activities for the interns, and include interns in planning and operations meetings, lunches, and other events. “It’s important for them to interact with everyone on the ESDIS team,” says their mentor Justin Rice. “We bring them into meetings so they can become familiar with all of the team members, see what we do, and observe how we strategize to accomplish large tasks. We let them get a feel for who’s who and who is responsible for different areas and how we interact.”

For the ESDIS interns, one result of their work together has been the creation of a team of colleagues who end up mentoring each other. “I think my experience this summer in the internship is giving me great experience in working collaboratively,” says Junho. “I’m working closely with Sara on this project; I mean, she’s a master’s student and has a lot of experience and she’s been a very good mentor to me. I’m sure in my classes at Cornell I won’t have the chance to have a partner with the experience as Sara.”

Two images showing interns supporting NASA's PO.DAAC. Left image has three interns; right image has image of single intern.
Image Caption

Summer interns supporting NASA's Physical Oceanography DAAC. Left image (left to right): Karthik Garimella, Austin Ebel, Jacqueline Kim. Right image: Andrew Joseph. NASA PO.DAAC images.

ESDIS intern Summerlyn appreciates the benefits of being part of a diverse team. “Coming from Chicago and being in a very close-knit group at DePaul [University], it’s nice to work with people with different backgrounds and skill sets,” she says. “I can bounce ideas off Junho and Sara and [our mentor] Justin and everyone else here. The exposure to different things has been great.”

Mentor’s, too, are learning from their interns. “When you have interns that have technical expertise, it brings you back to the world you aren’t directly connected to anymore,” says Justin. “Interns let you test the systems that you’re managing. You get to see all the problems or sticking points from a technical perspective rather than hearing about these issues third-hand.”

Intern mentor Valerie Dixon agrees. “We have some blind spots in our systems that we depend on our users and our interns bringing to our attention,” she says. “Having Alyssa and Kate here to use our systems and directly share their experiences, good and bad, lets us know where we need to make improvements.”

As the summer internships come to an end, this most recent class of ESDIS interns is preparing to take their new knowledge and experience back to their college campuses, into additional internships, or into the work world. For the interns, the experience of working at NASA has made a lasting impact, as have their mentors.

“As interns, we receive more than mentorship and guidance from our mentors—we also build lasting friendships with them,” says Alyssa. “Valerie and Chris create a very positive, supportive atmosphere that makes work both enjoyable and productive, and I feel I can seek professional advice and address any concerns with them. Through critical, adaptive thinking and collaboration with my team we are always able to resolve any issues. I feel immensely grateful to have the incredible opportunity to be a NASA intern!”

“This is something I’ve wanted to do forever,” says Alyssa’s intern partner Kate. “I love working at NASA and in the NASA environment; everyone works hard and takes their job seriously. They carry on NASA’s extraordinary legacy every day.”

A great internship begins with having a good mentor, and a good mentor can be the start of a great career. "It takes a team, much like a village, to really ensure that the interns have the best experience possible," says Justin Rice. "These interns are much further along than I was at their age. Their respective schools do a great job of exposing them to state-of-the-art software tools and techniques, so I learn a lot from them as well. Let's face it, your workload does not decrease if you have interns and are a mentor. All of us who are mentors are more than happy to do this because this is something we believe in."

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Data Center/Project

Atmospheric Science Data Center (ASDC)
Alaska Satellite Facility DAAC (ASF DAAC)
Goddard Earth Sciences Data and Information Services Center (GES DISC)
Land Processes DAAC (LP DAAC)
Oak Ridge National Laboratory DAAC (ORNL DAAC)
Physical Oceanography DAAC (PO.DAAC)
Socioeconomic Data and Applications Center (SEDAC)