My current goal is to find a job which promotes learning new skills, challenges, and teamwork. I'd prefer to stay in the state (Alabama) although if an opportunity outside comes along I will consider moving if it aligns with my plans to develop professionally. When I was a graduate research assistant at the University of South Alabama, I applied my skills and knowledge in aerospace engineering, 3D modeling, and prototyping to various research projects. I also have experience in composites manufacturing and testing for carbon fiber reinforced plastics (CFRP), which I gained from my past position at the same university.My thesis focused on non-destructive evaluation (NDT) testing for CFRP using infrared thermography with joule heating as the heat source. I have tested different forms of CFRP, such as Z-threaded CFRP (ZT-CFRP), which has enhanced thermal, electrical, and mechanical properties. Additionally, I was a team lead in the I-CORPS program, where I conducted interviews and market research at the CAMX 2021 conference in Dallas, TX. I facilitated the logistics and expenses for the trip for two other students, and I presented the findings and recommendations at the end of the course.I was awarded a summer undergraduate research fellowship from my university in 2020 and worked on the JagSAT-1 project. I acted as the thermal lead for a 2U cubesat satellite that launched last September to analyze plasma fields in low earth orbit. I learned and used Ansys Workbench and Ansys APDL to create a realistic simulation of the satellite and its environment, and I was involved in material analysis and selection for insulation and wrapping purposes.
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Production TechnicianOnesubseaMobile, Al, Us -
Graduate Research AssistantUniversity Of South Alabama May 2021 - Aug 2023Mobile, Alabama, United StatesI conducted research in the Dr. Hsiao research team at the University of South Alabama. Research topics pertained to the interlaminar shear strength of the bonding area between metal and on carbon fiber reinforced plastics, CFRP, and infrared thermography for composite structures. In all experiments, a modified CFRP with carbon nanofibers or nanotubes aligned in the through-thickness direction, ZTCFRP, was used to compare against typical CFRP. The ZTCFRP was procured via a proprietary process which enhanced its thermal, electrical, and mechanical properties. Other duties comprised of manufacturing adhesives from industrial solvents, epoxies, and carbon nanofiber and nanotubes. Other activities were in operating industrial ovens, operating testing equipment, and analyzing the data for publication in SAMPE or CAMX conferences. When analyzing test samples it was not uncommon to use optical light microscopy to view microscopic failures within the composite structure. Later works focused on non-destructive evaluation within the composites by using in-situ infrared thermography to view structural defects within a composite bond. -
Undergraduate Research FellowUniversity Of South Alabama Jun 2020 - Dec 2020Mobile, Alabama, United StatesI worked in a summer undergraduate researcher fellowship at the University of South Alabama over the past summer 2020. The aim of the work was to create and develop a thermal model and analysis for the University's satellite program JagSat. The JagSat will be launched from the international space station to then drift collecting plasma readings. Dr Joseph Richardson was my mentor for the fellowship and together we made several models inside the finite element software ANSYS. The work in thermal wasn't worked extensively before I started in the summer and since then I have been promoted to thermal lead for the project. I've learned the software from the ground up and have made a thermal model or facsimile using the CAD drawings provided by the other branches of the program. Currently each thermal model has been discarded or revised as problems with the temperamental software and hardware limitations which have yielded unsatisfactory data. The work from this summer has been continued as part of my Capstone project and work is still being done to determine if a thermal control system is needed or not. If the simulations inside ANSYS deem the cubesat does not need the system a series of revolutions around the satellite's neutral axis could prove sufficient to bleed off any additional direct and reflected solar flux. As I am writing this during finals week it is my hope to determine if a thermal control system is needed to allow amble time to design one before the May 31st launch date.
Wyatt Taylor Education Details
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Aerospace, Aeronautical And Astronautical Engineering
Frequently Asked Questions about Wyatt Taylor
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Wyatt Taylor works for Onesubsea
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Wyatt Taylor's current role is Production Technician.
What schools did Wyatt Taylor attend?
Wyatt Taylor attended University Of South Alabama, University Of South Alabama.
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Wyatt Taylor's colleagues are Vildimario Souza Mendes, Vinícius Waquim Frias, Josephine Arudas, Marcel Iquematsu, Luiz Carlos Godoy, Adam Hahne, André Kristiansen.
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Wyatt Taylor
Npi Operations Manager | Leonardo Drs | B.S. In Mechanical Engineering | Passionate For All Things Additive Manufacturing!Dallas, Tx3email.arizona.edu, l3harris.com, 3dgence.com2 +192827XXXXX
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Wyatt Taylor
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2drti.com, analog.com
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Wyatt Taylor
Salt Lake City, Ut
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