Scott Korlann
About Scott Korlann
Scott Korlann serves as the Lead Engineer for Capacitors Engineering & Design at General Atomics, where he specializes in optimizing energy storage devices. He holds a PhD in Physical Chemistry from UCLA and has played a significant role in advancing laboratory capabilities through innovative design and collaboration.
Current Role at General Atomics
Scott Korlann serves as the Lead Engineer in Capacitors Engineering & Design at General Atomics. He has held this position since 2019. In this role, he focuses on optimizing capacitors and battery materials to enhance energy storage devices. His expertise contributes to the development of smaller, more durable devices that deliver higher power outputs.
Previous Experience at General Atomics
Before becoming the Lead Engineer, Scott Korlann worked at General Atomics as Engineer III from 2013 to 2020. During this period, he contributed to various engineering projects and played a significant role in advancing the company's technological capabilities in energy storage solutions.
Academic Background
Scott Korlann earned a PhD in Physical Chemistry from the University of California, Los Angeles. Prior to this, he completed a Bachelor of Science in Chemistry at Western Washington University. His academic training has provided him with a strong foundation in chemical principles and research methodologies.
Research and Collaboration Initiatives
Scott Korlann initiated and organized a collaboration with a research group at UC San Diego. This partnership resulted in the invention of new materials specifically designed for high energy capacitors. His ability to foster collaboration demonstrates his commitment to advancing research in energy storage technologies.
Laboratory Transformation Projects
In his role, Scott Korlann played a lead role in transforming a laboratory into a high-tech facility. He designed and fabricated laboratory apparatuses and prototype manufacturing equipment, enhancing the facility's capabilities for advanced research and development.