Madison Gleydura
(they/them)
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- Full-time roles
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- On-siteHybrid
Highlights
Full profile
Career: 6
Embry-Riddle Aeronautical University
Part-time · Daytona Beach, Florida, US · On-site
Lab instructor or Physics III laboratory for physics majors. Revise laboratory curriculum and repair lab equipment.
Destination SPACE Inc.
Part-time · Remote
Design and manufacture open source in-situ sensor platforms for high school climate and weather camps over the course of five design cycles between 2020 and 2025. Skills acquired include digital circuit design, surface mount soldering, test engineering, and design for manufacturing over the course of these design cycles. Mentor undergraduate capstone teams at UNC Asheville and Western Carolina University. Create climate, remote sensing, and weather instruction and curriculum for students
Psionic, Inc.
Internship · On-site
Automate characterization and testing of lidar telescopes, receivers, and other electro-optical devices. Write NI-VISA/SCPI command line interfaces for several optics test equipment devices for test automation.
Embry-Riddle Aeronautical University
Part-time · Daytona Beach, Florida, US · On-site
Assist students in getting started with research. Prepare and host student research symposiums.
Psionic, Inc.
Internship · On-site
Electro-optical engineering navigation doppler lidar systems for aerospace. Design a circuit board for automating testing procedures for a lidar system on an optical breadboard using Altium Designer.
Miles Space
Internship · Remote
Intern on a NASA CubeQuest Challenge winning team as a secondary payload aboard Artemis I. CAD modeling & Finite Element Analysis
Projects: 2
Thesis: Developing a Multi-Band GNSS Remote Sensing Station to Measure Precipitable Water Vapor for Flash Flood Nowcasting. ◦ Developed a custom embedded GNSS station that can be integrated into a remote sensing network ◦ Designed custom multi-band GNSS receiver and LTE-M M.2 cards ◦ Implement real-time data processing algorithm to derive precipitable water vapor measurements on-device ◦ Evaluate system performance and data accuracy relative to geodetic-grade equipment
◦ B-dot and PID control system for de-tumbling and nadir-pointing a 1P PocketQube ◦ Account for a variety of environmental torque disturbance sources ◦ PCB-embedded magnetorquer coils
Publications: 3
Student Research Symposium
Conference PosterPico-torQuer: Magnetorquer-only Attitude Control for a 1P PocketQube using PCB-Embedded Coils
Discovery Day
Conference PosterSkills: 27
Technical
Education: 3
Embry-Riddle Aeronautical University
MS, Engineering Physics
BS, Engineering Physics
Spacecraft Systems AOC Minor in Applied Mathematics
Asheville-Buncombe Technical Community College
AS, Science
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