Early Life

Born into a family that cherished education and exploration, Kos Galatsis was introduced to the world of science and engineering at a young age. Growing up, he exhibited an innate curiosity and an affinity for understanding intricate systems. This early fascination with technology laid the foundation for his future endeavors.

Personal Life

Beyond his remarkable career achievements, Dr. Galatsis is a multifaceted individual with diverse interests. A cornerstone of his personal life is his dedication to Brazilian Jiu-Jitsu, where he serves as an esteemed instructor at South Bay Jiu Jitsu in Hermosa Beach, California. Since attaining his Black Belt in Brazilian Jiu-Jitsu in 2008, he has been an integral part of the martial arts community, sharing his expertise and nurturing a new generation of practitioners.

Career

Dr. Galatsis embarked on his academic journey by pursuing an undergraduate degree in Computer Systems Engineering at RMIT University, where he graduated with honors. His passion for understanding sensor technology led him to pursue a PhD in Sensor Technology Engineering at the same institution, solidifying his expertise in a field that would define his future contributions.

His academic prowess and research acumen were further honed during his tenure as an Associate Professor in Material Science Engineering at UCLA from 2004 to 2014. During this period, he made profound contributions to the fields of nanomaterials, nanosensors, and nanoelectronics, amassing an impressive body of published work that significantly advanced these domains.

Dr. Galatsis' career trajectory expanded beyond academia into entrepreneurial ventures. As the CEO of Forensics Detectors, a highly regarded company renowned for its gas detectors, meters, and analyzers, he has steered the organization towards innovation and excellence in gas detection technology. [1] Simultaneously, his role as the Chief Executive Officer at Carbonics, Inc. has been instrumental in leading cutting-edge research for the Department of Defense. His work in cryogenic electronic development for quantum computing stands at the forefront of technological advancement, contributing significantly to national defense and quantum computing research.