Won Kyaw
About Won Kyaw
Won Kyaw is a Software Engineer with extensive experience in unmanned systems, currently working at Kratos Defense and Security Solutions since 2015. He previously held a senior position at Lexmark and has led software development for various unmanned vehicles, including the AGATCS Unmanned Hammerhead and the Autonomous Truck Mounted Attenuator.
Work at Kratos Defense and Security Solutions
Currently, Won Kyaw serves as a Software Engineer at Kratos Defense and Security Solutions. He has held this position since 2015, contributing to various projects within the organization. His role involves overseeing the development of software solutions for unmanned systems, which are critical in defense and security applications. His work is based in the Destin/Fort Walton Beach, Florida area.
Previous Experience at Lexmark
Before joining Kratos Defense and Security Solutions, Won Kyaw worked at Lexmark as a Senior Software Engineer from 2009 to 2015. During his six-year tenure, he developed software solutions that enhanced the company's product offerings. His experience at Lexmark provided him with a solid foundation in software engineering and project management.
Education and Expertise
Won Kyaw studied Computer Engineering at the University of South Alabama, where he earned his Bachelor of Science degree from 1995 to 1998. His educational background has equipped him with the technical skills necessary for his career in software engineering, particularly in the field of unmanned systems.
Leadership in Unmanned Systems Projects
In his current role, Won Kyaw leads the software development for several unmanned systems projects, including the Autonomous Truck Mounted Attenuator (ATMA) and the AGATCS Unmanned Mosquito Helicopter (UHV-T). His leadership in these projects demonstrates his expertise in both unmanned aerial and surface vehicle systems, contributing to advancements in autonomous technology.
Focus on Maritime Unmanned Systems
Won Kyaw oversees the software for the AGATCS Unmanned Hammerhead Unmanned Surface Vehicle Target (USV-T). This role highlights his skills in maritime unmanned systems, where he applies his knowledge to enhance the capabilities of unmanned vehicles used in maritime environments.