Jonah Embry Seckler
About Jonah Embry Seckler
Jonah Embry Seckler is an AI&T Engineer with extensive experience in electrical engineering and programming, having worked on various innovative projects including autonomous systems and robotic vehicles. He currently contributes to satellite systems at Rocket Lab and has held significant roles at SpinLaunch and Uber, alongside his academic background in Mechanical Engineering from Duke University.
Work at Rocket Lab
Jonah Embry Seckler has been employed at Rocket Lab as an AI&T Engineer since 2022. In this role, he is responsible for various tasks related to assembly, integration, and testing of aerospace systems. His contributions are integral to the company's operations, focusing on ensuring the reliability and performance of launch vehicles.
Experience at SpinLaunch
During his tenure at SpinLaunch, Jonah held multiple positions, including Satellite Systems Engineer and Build Engineer for the Suborbital Accelerator. He acted as Project Manager for the sub-orbital system, overseeing the installation and operation of instrumentation and control systems. His responsibilities included managing high-speed camera installations and coordinating test site operations.
Internship at CNE Creative Enterprises
In 2017, Jonah completed a three-month internship at CNE Creative Enterprises in Greeley, Colorado. This experience provided him with foundational skills in engineering and programming, contributing to his development as an engineer in the field.
Education at Duke University
Jonah studied at Duke University from 2017 to 2021, where he earned a Bachelor of Science in Engineering (BSE) with a focus on Mechanical Engineering and Material Science. His academic background laid the groundwork for his engineering career, allowing him to engage in various projects and research initiatives.
Research Contributions
While at Duke University, Jonah co-authored a paper on an open-source acoustofluidic device as part of the Duke Acoustofluidics Research Group. This research experience enhanced his understanding of fluid dynamics and device design, further enriching his engineering expertise.