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@uakron.edu
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1 phone found area 330
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Nathan Hawk is listed as Leading the Forefront of Advanced Technologies at Xadite Perceptions, based in Akron, Ohio, United States. AeroLeads shows a work email signal at uakron.edu, phone signal with area code 330, and a matched LinkedIn profile for Nathan Hawk.
Nathan Hawk previously worked as CEO/CTO and Founder - Product Development and Manufacturing at Xadite Perceptions and Electrical Engineer- Mechatronics at Diebold Nixdorf. Nathan Hawk holds Bachelor'S Degree, Electrical And Electronics Engineering from The University Of Akron.
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AeroLeads found 1 current-domain work email signal for Nathan Hawk. Compare company email patterns before reaching out.
With a strong background in electromagnetics, RF and analog engineering, mechatronics and mechanical engineering, I have lead and been part of teams that designed technologies to monitor and control all kinds of things. From counting metal micro particles, to cells, and detecting and locating wireless RF energy sources such as an electrical arc, or drone emissions with passive radar. Designing mechatronic systems for robotics, and control systems for scooters. Ultrasonic imaging and AI for locating and identifying veins. Designing mechanical systems combining 3D printing and carbon fiber for advanced lightweight exoskeletons. Finally, my favorite projects, advanced wireless communication solutions with custom antenna arrays, and antenna design and simulation for many applications. I have a close and personal team of engineers in the Akron area, and we tackle as many exciting projects as we can, in addition to focusing on our lives and family.
Listed skills include Computational Electromagnetics, Computer Repair, C, Matlab, and 11 others.
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At Xadite, we are leading the forefront of advanced technologies. Founded on our n-phonic energy detector (NED) passive radar technology, we are now offering engineering services tailoring RF, analog and digital sensing techniques to a number of customer products. In addition to advanced sensing, we’re leading new product development for customers in a.
North Canton, Ohio, US
At part of the Mechatronics Electrical Engineering team at Diebold Nixdorf, I had the opportunity to work with some of the most skilled engineers in the region. At DN, I developed an advanced sensing circuit board, enabling the next generation of ATM security. This board utilized multiple infrared time of flight sensors, ambient light sensor and.
At G-Angel, we are commercializing the next generation of autonomous IV access systems by enabling those with chronic health conditions to cut out costly in-home nurse visits for IV medication infusion services.Our team adamantly pursued the commercialization of our patented, Portable Intelligent Venipuncture (PIV) technology in partnership with The.
Akron, Ohio, US
Lead and supported a small cross functional team, moving a medical pump device from prototype into production. Developed basic project timelines, assessed and managed team’s progress on assignments relative to the project schedule. Sourced production mold manufacturer in China and supported the mechanical DFM process. Sourced supplier for circuit board.
Akron, Ohio, US
An analog co-processor was developed to create a hybrid computer that solves linear and nonlinear partial differential equations (PDE), used to compute solutions to the wave equation in real time. A cascode differential amplifier with active load and current mirror was designed in Cadence using CMOS technology. This amplifier topology was slightly modified.
Akron, OH, US
For this research, a quasi-optical mmWave system operating in the frequency range of 57 GHz to 67 GHz was designed in order to measure Faraday rotation imparted on millimeter waves (mmWs) as they propagate through magnetoelastic multiferroic materials. My contributions to this research include the design of numerous mechanical parts for the system and.
Akron, OH, US
This research experience mainly involves implementing the finite difference time domain (FDTD) method of electromagnetic (EM) simulation. This technique is used for EM simulations that aid in the exploration of innovative ideas relating to nanostructures for photovoltaic or communication applications. The FDTD method of electromagnetic simulation has been.
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Nathan Hawk works for Xadite Perceptions.
Nathan Hawk is listed as Leading the Forefront of Advanced Technologies at Xadite Perceptions.
AeroLeads has found 1 work email signal at @uakron.edu for Nathan Hawk at Xadite Perceptions.
AeroLeads has found 1 phone signal(s) with area code 330 for Nathan Hawk at Xadite Perceptions.
Nathan Hawk is based in Akron, Ohio, United States while working with Xadite Perceptions.
Nathan Hawk has worked for Xadite Perceptions, Diebold Nixdorf, G-Angel, Landi Industries, and Ocius Technologies Llc.
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Nathan Hawk holds Bachelor'S Degree, Electrical And Electronics Engineering from The University Of Akron.
Nathan Hawk is listed with skills including Computational Electromagnetics, Computer Repair, C, Matlab, Cadence, Pcb Design, Eaglecad, and Autocad.
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