Nathaniel DeLong

Nathaniel DeLong has a strong background in electrical engineering. In their most recent role at FieldLine Inc., they designed and tested electrical systems for a non-invasive wearable magnetoencephalography (MEG) device. Nathaniel was also responsible for coordinating PCB design and testing for a research project involving scalar magnetometers in a space-atmosphere environment.

Prior to that, Nathaniel worked as an Electrical Engineering Intern at CONMED Corporation, where they designed schematics and PCB layouts for step-down voltage converter circuits for surgical devices used in laparoscopic and robotic surgeries. Nathaniel also created a test fixture for evaluating fluid sensor PCB prototypes.

Nathaniel gained valuable experience as a Medical Devices Electrical Engineering Co-op at Battelle, where they investigated battery performance and built a circuit to test high-voltage MOSFETs for a Neurotechnology application.

During their time as a Student Research Assistant and Student Research Intern at UES, Inc., Nathaniel contributed to projects in high-power laser laboratories. Nathaniel assisted in tests, upgraded facilities, and analyzed data from a Digital Image Correlation (DIC) camera. Nathaniel also designed a digital I/O system and repaired and implemented a robot for quality control purposes.

In their earlier role as a Student Research Intern at UES, Inc., Nathaniel performed data acquisition and characterization of a specialized infrared radiometer. Nathaniel created custom MATLAB programs and generated reference documentation for the radiometer.

Overall, Nathaniel has a diverse range of experience in electrical engineering, with a focus on medical devices, high-power laser laboratories, and specialized instrumentation.

Nathaniel DeLong obtained a Bachelor's degree in Electrical Engineering from The Ohio State University, starting in 2017 and completing their studies in 2021.