Michael Goryll
Faculty, Arizona State University
Spring 2026
Mark George Jaber
Electrical engineering
Deployable Crossed-Dipole Antenna for CubeSat Uplink and Downlink
This project will increase access to space technology and research by making it easier for students to conduct satellite research projects.
Program: FURI
Anuarzhan Seraliyev
Electrical engineering
Design of a Low-Power 40 kHz Ultrasonic Transceiver Front-End for RF-Restricted Environments
Enables safe, low-power wireless communication in RF-restricted environments like hospitals using ultrasonic signals.
Program: FURI
Koowum Prashant Joshi
Computer systems engineering
Debug Box: Comparative Study of Microcontroller-Based Hardware-Level Debugging Efficiency
This research will improve how CubeSat microcontrollers are tested, will reduce costs, and make space technology more reliable.
Program: FURI
Tyler Field
Computer systems engineering
Experimental Analysis of Cryptography Overhead for Secure CubeSat Telemetry
This research explores which encryption algorithms are best for cheap microcontrollers to help maximize the use of limited resources.
Program: FURI
Fall 2025
Jaideep Varidireddy
Aerospace engineering
Electric Vehicle Charging Adapter
Designing an electric vehicle charging adapter to unify various charging types will accelerate the nationwide adoption of electric vehicles.
Program: FURI
Spring 2025
Wyatt Charles Rossow
Aerospace engineering
Analysis of Heat Generation and Dissipation of a Raspberry Pi Pico in a Vacuum
Quantifying and analyzing the heat generated by a Raspberry Pi Pico microcontroller in order to devise cooling solutions for satellites.
Program: FURI
Alex Stephenson
Electrical engineering
Low-Cost mSLA-Based Nanolithography Machine for Semiconductor Manufacturing Education
Developing a low-cost nanolithography machine using an mSLA 3D printer screen to make hands-on semiconductor education more accessible.
Program: FURI
Jaideep Varidireddy
Aerospace engineering
Electric Vehicle Charging Adapter
Designing an electric vehicle charging adapter to unify various charging types will accelerate the nationwide adoption of electric vehicles.
Program: FURI
Spring 2024
Riley Joseph Hengel
Aerospace engineering
Development of a Pendulum-Based Optical-Pickup Force Measurement Device for a Micronewton Thruster
Creating a device capable of measuring the thrust of minuscule thrusters will greatly increase the capabilities and lifespan of cubesats.
Program: FURI
Spring 2023
Naman Tibrewal
Aerospace engineering
Enhancing Multi-Axis Pulsed Plasma Thrusters Using Computational Fluid Dynamics Modeling of Plasma Arcs
Studying plasma formation allows us to advance knowledge in the development of technology for sustainable CubeSat space missions.
Program: FURI
Spring 2020
Robert Thomas Lattus
Electrical engineering
Finding and Predicting Defects in CIGS Cells Using Varied Temperature and Spectroscopy
Testing solar cell materials at different wavelengths and temperatures will help achieve greater efficiency.
Program: FURI
Fall 2019
Robert Thomas Lattus
Electrical engineering
Finding and Predicting Defects in CIGS Cells Using Varied Temperature and Spectroscopy
Using spectroscopy to both predict and model defects in solar cells will help increase overall efficiency for renewable energy.
Program: FURI