My name is Nihal. I am a software engineer with a passion for autonomy and space exploration. I love tackling tough problems with innovative ideas (some of which you can see down below). Currently, I am an undergraduate student at The University of Texas at Austin where I’m majoring in both Computer Science and Astronomy.
BSc in Computer Science, 2019
The University of Texas at Austin
BSA in Astronomy, 2019
The University of Texas at Austin
Minor in Middle Eastern Studies, 2019
The University of Texas at Austin
I serve as the research lead for the Seeker R&D project which aims to achieve on-orbit pose determination using a monocular camera on COTS hardware.
Our team architected and developed an end-to-end Machine Learning training pipeline capable of running entirely on AWS in hopes of rapidly training and validating numerous models.
I work as an Academic Part Time Software Engineer for the Mars 2020 Common Software Services team.
I work on developing tools to improve efficiency of cloud tools.
I interned with the Common Software Services for the Mars 2020 mission.
I worked on developing tools to improve efficiency of cloud tools.
I served as the Machine Learning and Computer Vision lead for the Seeker Vision project to develop a low-cost intelligent sensor for NASA JSC’s Seeker-1 CubeSat Mission.
I led efforts in developing, adapting, and testing convolutional neural network (CNN) architectures and computer vision algorithms to work with the space environment. Our sensor detects, localizes, and returns relative bearing estimates for a target spacecraft. Our computer vision system was integrated onto the Seeker-1 CubeSat and launched on Cygnus NG-11 in April 2019. It will be deployed from the ISS in July 2019 to carry out its mission.
I worked as a Software Engineering Intern for the RFID-Enabled Autnomous Logisitics Management (REALM) team at NASA’s Johnson Space Center.
I designed, implemented, and tested a voice user interface system for an inventory tracking system that is deployed on the International Space Station.