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Lubos Brieda is listed as President at PIC-C | Lecturer at USC Astronautics | Textbooks Author at Particle In Cell Consulting LLC, based in Los Angeles Metropolitan Area, United States, United States. AeroLeads shows a work email signal at particleincell.com and a matched LinkedIn profile for Lubos Brieda.
Lubos Brieda previously worked as President at Particle In Cell Consulting Llc and Part-Time Lecturer of Astronautical Engineering at University Of Southern California. Lubos Brieda holds Ph.D, Mechanical And Aerospace Engineering from The George Washington University.
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AeroLeads found 1 current-domain work email signal for Lubos Brieda. Compare company email patterns before reaching out.
I am a developer of plasma and rarefied gas simulation codes for spacecraft electric propulsion and spacecraft contamination control. The contamination codes have been used in support of NASA and private industry missions such as MMS, GOES-R, Restore-L, TESS, ExoMars, STPSat-6, ELSAH, JWST, and Dragonfly. My plasma codes have been used to simulate Hall effect and ion thrusters, their plume-spacecraft interaction, and for fusion reactor feasibility studies. Numerical method used by these codes are covered in my books "Plasma Simulations by Example" (CRC Press, 2019), and "Introduction to Modern Scientific Programming and Numerical Methods” (CRC Press, 2024). I also have experience with laboratory testing of plasma thrusters and performing spacecraft bakeouts and thermal vacuum tests.Additionally I work as a lecturer at the USC Department of Astronautical Engineering, where I teach classes on scientific computing (ASTE-404), computational plasma physics (ASTE-546), contamination control (ASTE-599), and co-advise the student club ASPEN focusing on building advanced spacecraft propulsion thrusters (AME-491). I also mentor various graduate students researching topics related to contamination transport, lunar regolith transport, and spacecraft charging (ASTE-591). I am also an editor for the Journal of Electric Propulsion (JEP), a vice-chair of the Buenaventura chapter of IEEE, and officer in the San Fernando Valley chapter of AIAA. Every summer I teach online plasma simulation classes through particleincell.com.Skills: Particle In Cell Method (PIC), Computational Fluid Dynamics (CFD), magneto-hydrodynamics (MHD), Direct Simulation Monte Carlo (DSMC), high performance computing (MPI/CUDA/OpenMP), contamination control, spacecraft I&T, space environment interaction, C, C++, Java, Python, Fortran, Matlab, OpenFOAM, HTML5, graphics programming, Javascript, WebGL, Arduino microcontrollers, FPGAs/Verilog, optimization, machine learning.
Listed skills include Fluid Dynamics, Plasma Physics, Scientific Computing, Simulations, and 30 others.
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Greater Los Angeles Area
Supporting a wide range of government, academia, and private industry clients with:- Performing contamination transport analysis for missions including MMS, GOES-R, GEMS, Restore-L, JPSS-2, STPSat-6, TESS, JWST, and (presently) Dragonfly- Development of plasma simulation codes for spacecraft electric propulsion devices and fusion concepts- Teaching online.
Developed and teaching courses on Applied Scientific Computing (ASTE-404) and Computational Plasma Physics (ASTE-546)
Lecturer for MAE6229, Propulsion. This is a primarily graduate course that covers all aspects of thrust generation, including fundamental equations, air breathing jet engines, rockets, and spacecraft thrusters, including electric (plasma) propulsion.
Contamination control engineer for GOES-R, GEMS, MMS and MOMA. Part time position. I acquired and analyzed data from vacuum chamber bakeouts, performed molecular and particulate transport modeling, and worked on developing contamination control requirements.
Primary developer of a 3D electrostatic particle in cell (ES-PIC) plasma simulation code for modeling electric propulsion plumes and their interaction with spacecraft. Also performed code comparisons against ground and flight experimental data.
Developed a novel method for multiscale modeling of Hall thrusters and also developed codes for modeling atmospheric plasma jets
Development of Draco, a 3D plasma simulation code for interaction of electric propulsion plumes with spacecraft components. Developer of a.
Transferred to Virginia Tech in Fall 2000.
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Lubos Brieda works for Particle In Cell Consulting LLC.
Lubos Brieda is listed as President at PIC-C | Lecturer at USC Astronautics | Textbooks Author at Particle In Cell Consulting LLC.
AeroLeads has found 1 work email signal at @particleincell.com for Lubos Brieda at Particle In Cell Consulting LLC.
Lubos Brieda is based in Los Angeles Metropolitan Area, United States, United States while working with Particle In Cell Consulting LLC.
Lubos Brieda has worked for Particle In Cell Consulting Llc, University Of Southern California, Oregon State University, George Washington University, and Millennium Engineering And Integration.
You can use AeroLeads to view verified contact signals for Lubos Brieda at Particle In Cell Consulting LLC, including work email, phone, and LinkedIn data when available.
Lubos Brieda holds Ph.D, Mechanical And Aerospace Engineering from The George Washington University.
Lubos Brieda is listed with skills including Fluid Dynamics, Plasma Physics, Scientific Computing, Simulations, Propulsion, Numerical Analysis, Cfd, and Matlab.
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