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Erik Shipton, Ph.D. personal email
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A high caliber research scientist, hardware engineer, and inventor with extensive background in experimental and computational physics, materials science, and engineering. Over 20 years’ experience in research and development environment with significant experience in optical sciences, computer vision, and AI optimization techniques. Excellent communication skills and strategic vision for both short and long term technology development. Proven innovation track record for state of the art hardware technology with 30+ granted US patents. Excellent mix of depth and breadth in R&D as seen in the areas of granted patents (ranging from RF to optical devices for applications ranging from satellite communications to augmented reality).
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Chief EngineerOdysseyKirkland, Wa, Us
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Chief Technology OfficerImagia Jun 2023 - Feb 2024 -
Research ScientistGoogle Jun 2022 - Jun 2023 -
Research ScientistOculus Vr Aug 2016 - Jun 2022Redmond, WaDesigning next generation optical components for near eye displays in augmented reality applications. Implement full wave electromagnetic solvers using various algorithms (FDTD, FEM, RCWA, DDA) on large scale clusters to design nanophotonic devices such as diffractive optics, microLED's, optical waveguides, optical metasurfaces, and liquid crystal based devices. -
Research ScientistFacebook Aug 2016 - Jun 2022Designing next generation optical components for application in near eye displays for augmented reality. Implement full wave electromagnetic solvers using various algorithms (FDTD, FEM, RCWA, DDA) on large scale clusters to design nanophotonic devices such as diffractive optics, microLED's, optical waveguides, optical metasurfaces, spatial light modulators, and liquid crystal based devices. Optimization of electrodynamic / optical devices using inverse design (adjoint optimization)… Show more Designing next generation optical components for application in near eye displays for augmented reality. Implement full wave electromagnetic solvers using various algorithms (FDTD, FEM, RCWA, DDA) on large scale clusters to design nanophotonic devices such as diffractive optics, microLED's, optical waveguides, optical metasurfaces, spatial light modulators, and liquid crystal based devices. Optimization of electrodynamic / optical devices using inverse design (adjoint optimization), machine learning, and Bayesian methods coupled with full wave solvers. Show less -
Research ScientistMeta Aug 2016 - Jun 2022Redmond, Washington, United StatesDesigning next generation optical components for application in near eye displays for augmented reality systems.Implement full wave electromagnetic solvers using various algorithms (FDTD, FEM, RCWA, DDA) on large scale compute clusters to design nanophotonic devices such as diffractive optics, microLED's, optical waveguides, optical metasurfaces, spatial light modulators, and liquid crystal based devices. Optimization of electrodynamic / optical devices using inverse design (adjoint… Show more Designing next generation optical components for application in near eye displays for augmented reality systems.Implement full wave electromagnetic solvers using various algorithms (FDTD, FEM, RCWA, DDA) on large scale compute clusters to design nanophotonic devices such as diffractive optics, microLED's, optical waveguides, optical metasurfaces, spatial light modulators, and liquid crystal based devices. Optimization of electrodynamic / optical devices using inverse design (adjoint optimization), machine learning, and Bayesian methods coupled with full wave solvers. Show less -
Rf Materials ScientistKymeta Corporation Jul 2015 - Jul 2016Redmond, WaReconfigurable and electronically steerable antenna design based on holographic beam forming for satellite communications. Computational electromagnetics using FDTD and FEM techniques implemented in commercial and open source tools such as CST, HFSS, and MEEP. Metamaterial antenna modeling using in-house developed software based on the discrete dipole approximation. Liquid crystal development and characterization for RF and mm wave applications. -
Research ScientistGeorgia Tech Research Institute 2012 - 2015Atlanta, GeorgiaComputational electromagnetics, including finite difference time domain (FDTD) and finite element method (FEM). High performance computing (HPC) electromagnetic design and optimization on linux clusters. RF/microwave antenna design and analysis. Plasma physics simulations of high power microwave devices using the particle in cell code ICEPIC. Metamaterial based high power microwave source design. Nano magnetic device design, simulation, and fabrication. -
ScientistGeneral Atomics Aeronautical Systems Jun 2011 - Dec 2012San Diego, CaAntenna R&D with an emphasis on advanced magnetic materials to develop the next generation antennas for UAV’s. Technical lead for RF magnetic metamaterial design, fabrication, and characterization. Modeled metamaterial electromagnetic performance using HFSS. Developed the concept, design, and demonstration of novel magneto-optical antenna. Technical lead on government contracts.
Erik Shipton, Ph.D. Skills
Erik Shipton, Ph.D. Education Details
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Mathematics
Frequently Asked Questions about Erik Shipton, Ph.D.
What company does Erik Shipton, Ph.D. work for?
Erik Shipton, Ph.D. works for Odyssey
What is Erik Shipton, Ph.D.'s role at the current company?
Erik Shipton, Ph.D.'s current role is Chief Engineer.
What is Erik Shipton, Ph.D.'s email address?
Erik Shipton, Ph.D.'s email address is er****@****lus.com
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Erik Shipton, Ph.D.'s direct phone number is +161928*****
What schools did Erik Shipton, Ph.D. attend?
Erik Shipton, Ph.D. attended University Of California San Diego, University Of California, Berkeley, Grossmont College.
What skills is Erik Shipton, Ph.D. known for?
Erik Shipton, Ph.D. has skills like Computational Electromagnetics, High Performance Computing, Optical Physics, Python, Optical Materials, Optics, Quantum Optics, Simulations, Holography, Finite Element Analysis, Fdtd, Optimization.
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