I’m working on a cloud-based software system that will
display real-time status of all of NEN's Ground Stations.
I am demonstrating the benefits of storing the NEN schedule
and making it available via a cloud service repository.
As a development lead for SCaN Now, I'm spearheading the design and development
of the NEN Cloud Status Server proof of concept.
I am prototyping a Cloud Status Server that can send and retrieve
Near Earth Network's status data from the cloud.
I'm building a tool to automate the disruption-tolerant network
simulations and data visualizations.
I am building and testing a repository of open-source dependencies
for future space networking programs.
I am identifying security vulnerabilities in Bundle Protocol to help protect
the future solar system internet from cyberattacks.
I'm connecting Earth to the universe by defining the
requirements for the internet of the solar system.
I built a network management tool for delay-tolerant networks
and helped train and guide the next round of DTN interns.
I am setting up and operating a ground node
to test Delay/Disruption Tolerant Networking software reliability.
I am managing the system configuration of software, hardware, and data products
for the satellite communications network ground system.
I'm using optical communications to optimize our future small satellite missions.
I'm using optical communications to optimize the way we receive data from satellites.
I am building a tool to determine where satellites should be placed
in order to accurately localize astronauts on the Moon.
I am creating and collecting data from a weather station to better
support infrared optical communications.
My research utilizes quantum communications to broadcast
a chaotic signal that is used to replicate a transmission mask.
I'm helping bring GPS to our future missions on and around the moon.
I'm working with machine learning to build the tools needed to
prepare communications networks for future missions.
I am creating a prototype for the optical communications
user interface system.
I’m developing a universal interface for lab equipment to streamline
testing of future spacecraft.
I am building a repository for radio frequency testing and configurations.
I'm building a functional and intuitive user interface
that will enable engineers to automate launch vehicle testing.
I am assisting with the adoption and development of DHS's Continuous
Diagnostics and Mitigation procedures to reduce agency threat surface.
We are investigating the use of CubeSats as a signal source
to test Ka-band satellite ground station antennas.
CubeSats will facilitate testing tracking dynamics and measurement
of far-field antenna patterns without the need for dedicated ground-based infrastructure.
I'm installing, maintaining, and upgrading antennas for the Alaska Satellite Facility.
I'm developing models for lunar communications systems to advance future wireless technology.
I am creating communication systems design for a LunaNet lunar surface user.
I’m developing machine learning algorithms to detect anomalies
and perform error corrections for satellites and other spacecraft.
I elevated my fellow interns' writing and professional development
via workshops, the Look Book, and this video!
I'm developing visualization software for optical satellite links and services
within the Laser Communications Relay Demonstration team.
I am writing code for a Software-Defined Radio
to improve high-fidelity testing for future spacecraft.
I am researching the required modifications and upgrades for
satellite communications in support of future space missions.
I’m developing coordinate transformation software to
point our ground station telescopes for optical communications with satellites.
I curated the Intern Look Book, wrote web features, and developed
a plan to enhance university partnerships.
I am helping to improve the flexibility of software use
to help test NASA'S Space Network ground segment modems.
I’m helping implement and test a novel receiver algorithm for
high-speed optical satellite communications.
I am researching how NASA communications and cybersecurity
will support human spaceflights to the Moon and Mars.
I'm using computational techniques to simulate and determine the
sensitivity of a hybrid laser communications signal.
I am building a user interface called the Summary Display that
will increase the efficiency of satellite communications
ground stations' system monitoring and upkeep.