I'm analyzing communication coverage for five
CubeSat science missions. I am demonstrating a protocol that
utilizes shared quantum entanglement to establish
synchronized clocks for satellite communication.
I'm developing an autonomous maneuver planner that can be
used to onboard spacecraft near the earth and the moon are
infrared all sky mapper will scan for clouds that could
disrupt optical communications. I'm exploring systems toolkit to
replace proprietary software and improve ease of use, and
research on techniques to reduce power consumption for optical
communications onboard spacecraft.
I am building a functional user interface and database to store
waveforms and facilitate modem testing at ground stations. I'm
using Python to create a near real time plot of antenna
activity across director of ground stations. My research is
focused on establishing and developing Goddard Quantum
communications abilities. I worked on developing a link
budget spreadsheet to determine the link margin for a Ka band
ground station. I'm increasing the fidelity of a delay
disruption tolerant network simulated use for lunar relay
satellite positioning. I'm plunging into the core of IBM's
quantum computers using microwave pulses to more
accurately manipulate cubits on the nanosecond timescale.
I'm working on algorithm development and using quantum
simulations to enhance security in space communications. I'm
simulating a guided lunar lander in order to verify the
autonomous envoy software.
I'm creating educational materials to inspire younger
generations to study the uses of lasers for space communications.
And I'm helping students better understand the necessary space
communications and navigation necessary for upcoming lunar
missions.
We're ensuring communication with the Near Space Network by
designing a centralized control and data logging system. Our
centralized tool will further automate and optimize
radiofrequency compatibility testing.
Aren't humans building the mission visualization toolkit in
the Unity game engine to cost effectively simulate
interactions between objects in our solar system. I built the
front end features of our app using blender and fusion 360 to
model extraterrestrial objects.
As the algorithm developed from the team, I utilize MATLAB and
unity to optimize data algorithms.
I'm responsible for importing NASA's existing data sets into
the 3d scenarios.
Our mission visualization toolkit is web based and
accessible to both NASA employees and NASA customers.
I am fostering engagement for the upcoming laser
communications relay demonstration launch to share
the significance of optical communications.
I am assessing the technical qualifications for quantum
communications technology in space developers. I am
developing models for lunar communication systems to advance
future wireless technology. My functional user interface and
ACCESS database facilitates ground station modem testing,
creating a tool that collects aggregates and analyze the
system data to strengthen the Near Space Network security
posture. I've been building machine learning algorithms to
detect anomalies in satellites and aiding the development of
Goddard corporate communications data for
my generalized framework will allow mission planners to build
satellites worms and replace large satellites with networks
multiple smaller satellites.
I supported my fellow interns rating and professional
development in internal workshops and Smell promotions
like this video,
I am simulating satellite communications. To improve our
network testing capabilities. I developed tools for better file
handling, community knowledge sharing, and resource ACCESS.
I'm laying the theoretical foundation for a molecule based
quantum network, secure and optimized scans ground space
communications. I'm working on a point design for lunar
spacecraft supporting human and robotic exploration of I'm
building the housing for a new laser communication system for
the International Space Station. I'm helping to implement and
test a novel receiver algorithm for high speed optical satellite
communications. I simulating interference for testing I'm
improving clear communication capabilities between satellites
and NASA's ground stations. I am implementing control software to
command a low cost optical telescope.
I am analyzing our capability to utilize Earth satellite
constellations such as the global positioning system to
navigate to and on the moon.