Nathan Ness

Nathan Ness

Validation Engineer @ fluke

About Nathan Ness

Nathan Ness is a Validation Engineer at Fluke Corporation in Everett, Washington, where he has worked since 2021. He holds a degree in Electrical and Computer Engineering from the University of Washington and has experience in digital hardware and software development.

Work at Fluke Corporation

Nathan Ness has been employed at Fluke Corporation as a Validation Engineer since 2021. His role is based in Everett, Washington, where he has accumulated three years of experience in this position. Prior to his current tenure, he worked at Fluke Corporation for 10 months in the same role from 2020 to 2021. His responsibilities likely include ensuring the quality and reliability of products through rigorous testing and validation processes.

Education and Expertise

Nathan Ness studied at the University of Washington, focusing on Embedded Systems within the Electrical and Computer Engineering program. He completed his studies from 2016 to 2020, earning a degree in this field. During his academic career, he engaged in projects that involved FPGA, Jetson Nano, and Arduinos, showcasing his technical skills and interests in digital hardware and software development. He is currently pursuing further studies in Electrical and Computer Engineering at the same university.

Background in Engineering

Before joining Fluke Corporation, Nathan Ness gained experience at NASA Jet Propulsion Laboratory as a Senior Capstone for five months in 2020. This role likely involved working on advanced engineering projects. Additionally, he worked at the University of Washington as Event Staff from 2019 to 2020 for one year, and he was part of the Human Powered Submarine Team as a Safety Team member for five months in 2020 in Seattle, Washington.

Professional Interests

Nathan Ness has a strong interest in digital hardware and software development. His academic and professional experiences reflect his commitment to advancing his skills in these areas. His work with various technologies, including FPGA and Arduinos, indicates a focus on practical applications of engineering principles in real-world projects.

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