W. Kent Tobiska Email and Phone Number
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Dr. Tobiska is the President and Chief Scientist of Space Environment Technologies (SET). He served as the Director of the Utah State University Space Weather Center (SWC). He invented the world’s first operational computer code for solar irradiance forecast and extended this expertise to operational space weather systems as PI on the NOAA/SWPC solar irradiance CRADA, the AF SBIR for an operational ionosphere forecast system, the communication alert and prediction system (CAPS), the USAF HASDM operational solar and geomagnetic forecasts, the NASA ARMAS operational prototype system, and the multi-agency ARGOS stratospheric space weather platform. At SWC, he directed the commercialization of the GAIM data assimilation ionosphere through the development of derivative products for HF frequency and GPS single frequency position accuracy.Through his career at NOAA Space Environment Laboratory, UC Berkeley Space Sciences Laboratory, Jet Propulsion Laboratory, Northrop Grumman, SET, and SWC, he has been a USAF SBIR and NASA LWS, SOHO, JSDAP, UARS Principal Investigator (PI), and a Co-Investigator (Co-I) on NASA TIMED, Galileo, and ESA component of the International Space Station (ISS) SOL-ACES instruments. He was COSPAR C1 Sub-Commission (Thermosphere & Ionosphere) Chair, COSPAR International Reference Atmosphere (CIRA) Task Force Chair, and a Session Organizer for 2002-2024 COSPAR scientific sessions. He is lead U.S. delegate to ISO for the space environment and developed the solar irradiance, Earth atmosphere density, and space weather definitions standards; he was the AIAA Atmospheric and Space Environment Technical Committee (ASETC) Committee on Standards (CoS) chair. He has authored/co-authored over 200 peer-review scientific papers as well as 10 books and major technical publications.Dr. Tobiska is an Associate Fellow of the American Institute of Aeronautics and Astronautics as well as a member of American Geophysical Union, Committee On Space Research, American Meteorological Society, and ISO TC20/SC14 TAG. He serves on the Executive Committee of the American Commercial Space Weather Association (ACSWA) and represents US industry on the Space Weather Advisory Group (SWAG) that was established under the PROSWIFT Act to advise agencies and Congress on space weather hazard mitigations.
Space Environment Technologies
View- Website:
- spacewx.com
- Employees:
- 4
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PresidentSpace Environment Technologies Aug 2001 - PresentPacific Palisades, CaSpace Environment Technologies provides advanced space weather products and services. Our core expertise is the accurate specification of solar spectral irradiance variations. We link that information with empirical, physics-based, and hybrid environmental, operational, and design models that require a solar energy input. We have a wealth of experience in the process of transitioning research models into operational systems. Along with our partners, we actively conduct research and develop applications to meet space environment user requirements by combining solar irradiances with research and operational models at a systems level. The result is improved space weather forecast products for the design, development, and operation of space and ground technological systems.Strategic vision: Space Environment Technologies is envisioning and building the tools that enable human evolution into space in order to improve the quality of life on Earth.Mission statement: We will provide customers with the world's most advanced space weather information and forecasting technologies. We utilize leading-edge space physics models and aerospace applications as summarized in the National Space Weather Implementation Plan to accurately characterize the space environment. Our partners are government agencies, university researchers, and industry leaders and, together, we will create cutting-edge, applied-research solutions to reduce adverse solar-terrestrial effects. We believe that a resourceful use of our combined knowledge about the space environment’s influence on technological systems will improve the quality of life for our global society. Visit us at https://spacewx.com. -
Chief ScientistSpace Environment Technologies Oct 2001 - PresentPacific Palisades, CaSpace Environment Technologies Chief Scientist responsible for the creative, innovative, and discovery science across all disciplines at SET.
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Adjunct Professor, Viterbi School Of EngineeringUniversity Of Southern California Jan 2004 - Dec 2023Los Angeles, CaliforniaTaught the graduate level ASTE 535 "Space Environment and Spacecraft Interactions" survey class for the USC Astronautics and Space Technology Division (ASTD) every year. The class lectures can be found at the Space Environment Technologies (SET) Service website at https://spacewx.com/educational-tools/ -
PresidentQ-Up, Llc Jan 2014 - Dec 2016Logan, UtQ-Up, LLC, located in Logan, Utah, is dedicated to serving the corporate radio network, amateur radio operator, and the emergency responder communities. It provides global, accurate, real-time and forecast high frequency (HF) radio propagation information that accounts for the known effects of dynamic space weather upon the ionosphere. The Q-up team is comprised of scientists, engineers, and students in Logan, Utah who are associated with the Utah State University Space Weather Center (SWC). Visit us at http://q-upnow.com.
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Director, Space Weather CenterUtah State University Sep 2009 - Dec 2016Logan, UtahThe Utah State University (USU) Space Weather Center is an initiative by the State of Utah USTAR program to help create a vibrant economy in Utah related to space weather. Located on the USU campus in Logan, Utah, the Center is developing innovative applications for mitigating space weather in technical systems. The ionosphere is a key region that affects communication and navigation systems of the space environments that are affected by space weather. The USTAR initiative is developing products to reduce adverse effects of the ionosphere on these types of systems. Please visit our site as we grow at http://spaceweather.usu.edu.The Space Weather Center at USU is committed to developing and providing real-time, operational products for customers that will help them mitigate adverse space weather effects on communication and navigation systems. For example, two broad areas of product development are in radio communications and in navigation. -
Instrument ScientistJet Propulsion Laboratory Jan 1992 - Dec 2000Instrument scientist for Galileo EUV and UVS instruments.
W. Kent Tobiska Skills
W. Kent Tobiska Education Details
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Aerospace Engineering
Frequently Asked Questions about W. Kent Tobiska
What company does W. Kent Tobiska work for?
W. Kent Tobiska works for Space Environment Technologies
What is W. Kent Tobiska's role at the current company?
W. Kent Tobiska's current role is President at Space Environment Technologies.
What is W. Kent Tobiska's email address?
W. Kent Tobiska's email address is st****@****uth.net
What is W. Kent Tobiska's direct phone number?
W. Kent Tobiska's direct phone number is (310)-573*****
What schools did W. Kent Tobiska attend?
W. Kent Tobiska attended University Of Colorado.
What skills is W. Kent Tobiska known for?
W. Kent Tobiska has skills like Aerospace, Physics, Systems Engineering, Technical Writing, Space Weather, Space Systems, Simulations, Satellite, Science, Fortran, Remote Sensing, Analysis.
Who are W. Kent Tobiska's colleagues?
W. Kent Tobiska's colleagues are Susan Tobiska, Zane Perry, Luke Sellmayer, Trinity Lee, Shaylah Mutschler, Kaiya Wahl, Preston Ea.
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