John D. Cressler
Papers
2
Total Citations
15
H-Index
2
About
John D. Cressler is a pioneering figure in the field of extreme-environment electronics, with a career dedicated to making semiconductor devices robust enough to operate in the harshest conditions imaginable—from the cryogenic vacuum of deep space to the radiation-soaked surface of the Moon. His research bridges the gap between fundamental device physics and practical system-level design, focusing on CMOS reliability at cryogenic temperatures and the development of high-performance, radiation-hardened integrated circuits. A key contribution is his work on cryogenic space electronics, where he has shown that standard CMOS devices can be engineered to survive the punishing thermal and radiation stresses of lunar missions, a critical enabler for future robotic sensing and control systems. His impact is reflected in highly cited works, including his seminal 2006 paper on CMOS device reliability for emerging space applications. Cressler is also at the forefront of millimeter-wave circuit design, recently demonstrating a W-band on-chip antenna with record efficiency using miniaturized cavity and through-silicon via techniques. A prolific author and mentor, his work continues to shape the next generation of resilient electronics for space exploration.
Research Focus
Key Achievements
Top Papers
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