Hao Hsiang Hsu
About Hao Hsiang Hsu
Hao Hsiang Hsu is a Forward Deployed Engineer currently working at Corvus Robotics in Mountain View, California. He has a background in aerospace engineering and has held various engineering roles in companies such as Cyngn, Pegatron, and Dragonfly UAS.
Work at Corvus Robotics
Hao Hsiang Hsu currently serves as a Forward Deployed Engineer at Corvus Robotics, a position he has held since 2023. In this role, he is responsible for vehicle bringup, conducting test flights, and performing flight data inspections. Hsu also triages and documents flight and network configuration issues, ensuring the operational efficiency of robotic systems. His work involves both on-site and off-site site maintenance, contributing to the overall performance of Corvus Robotics' products.
Previous Experience at Cyngn
Prior to his current role, Hsu worked as a Software Engineer in Robotic Test at Cyngn from 2022 to 2023. During his eight-month tenure in Menlo Park, California, he focused on software development and testing for robotic systems, contributing to the advancement of autonomous vehicle technologies.
Experience at Pegatron
Hsu briefly worked as a Mechanical Engineer at Pegatron in 2023 for two months in Elk Grove, California. His responsibilities included mechanical design and engineering tasks, although specific details of his projects during this period are not provided.
Background in Aerospace Engineering
Hsu earned a Master's degree in Aerospace, Aeronautical, and Astronautical Engineering from the University of Michigan, where he studied from 2019 to 2022. This educational background has equipped him with the technical knowledge and skills necessary for his roles in the engineering and robotics fields.
Experience at Dragonfly UAS
Before his time at Cyngn, Hsu worked as a Software Engineer at Dragonfly UAS in Taipei City, Taiwan, from 2020 to 2021. During his eight-month role, he contributed to software development for unmanned aerial systems, focusing on enhancing flight operations and system performance.