Chuck Baker, Ph.D.
Hometown:
Trenton, MI
Current Home:
Upland, CA
Dissertation title:
Systems Engineering of Active, Passive, and Bioengineered Protection from Space Radiation
Advisor:
Steven Simske
“I would like to extend my heartfelt thanks to my advisor, Dr. Steven Simske, for his steadfast mentorship and guidance throughout this journey. His positivity and encouragement were a constant source of motivation during the most challenging research and writing stages. Dr. Simske has been more than an advisor; he has been a true mentor whose insights extended far beyond systems engineering. I am deeply grateful for his generosity with time and knowledge and for the example he has set as both a scholar and a leader.”
Post-graduation plans:
“My long-term professional objective is to transition into a full-time university faculty role, where I can contribute to both teaching and research in the areas of space systems engineering, spacecraft radiation protection, and model-based engineering methodologies.”
Favorite memory:
“One of my favorite memories from doing my Ph.D. remotely was realizing that meaningful research collaboration doesn’t require being in the same room. I’d be up late-night running FLUKA simulations or SysML models, and when something finally clicked — like seeing a validation curve align with my MBSE assumptions — I felt just as connected as if I were on campus. That moment captured the essence of remote doctoral work: persistence, independence, and community through technology.”
Thanks you’d like to give:
“To my family, I owe the deepest gratitude. Your unwavering support, sacrifice, and understanding carried me through countless late nights, weekends spent in front of simulations, and long stretches of writing. Your belief in me gave me the strength to persevere. I am equally appreciative of my committee members. Dr. Daniel Herber's expertise in model-based systems engineering helped shape the technical rigor of this work. Dr. Greg Marzolf's insights in systems engineering strengthened the methodological foundations of the dissertation. Dr. Marty Gelfand's perspective in physics provided critical grounding and expanded the scientific depth of my research. Their thoughtful feedback, constructive critiques, and encouragement were invaluable in refining and elevating this work.”
Anything else you’d like to share?
“Finally, I hope this dissertation contributes, in some small way, to the enduring human endeavor of space exploration. These findings help advance safe and sustainable approaches for protecting future astronauts as humanity ventures farther into deep space, toward the Moon, Mars, and beyond.”