Dr. Gergely Papp

TECHNICAL PROJECT LEAD, PROTOTYPE EMERGENCY SHUTDOWN SYSTEM (CRYOGENIC PELLET INJECTOR) • Oversees international contract negotiations, design, manufacturing, assembly, commissioning, operation, budget (multi-million EUR) and reporting • Coordination of contractors, engineering, and support teams: mechanical engineering, vaccum- and cryosystems, electrical engineering, control, IT, radiation protection, EM shielding, design simulations, diagnostics, system integration.

• SCIENTIFIC COORDINATOR OF OVER 100 PROFESSIONALS SPREAD OVER 18 LOCATIONS, developing emergency shutdown techniques for nuclear fusion reactors • Planning of project goals, deliverables, manning, timeline, and budget (multi-million EUR) • Responsible for designing, organizing, executing, analysing and reporting on nuclear fusion reactor experiments and associated numerical modeling • Performing model-based and statistical analysis of large experimental & simulation datasets

Analysis and development of Monte-Carlo supercomputer simulations, development of data analysis software (time-frequency transforms, nonlinear interaction, etc.), derivation of novel physics models (plasma physics, nonlinear dynamics, chaos theory).

Data analysis software development for time series analysis, correlation analysis, spatial structure recognition, wavelet transformation. Development of simulation software for magnetohydrodynamic (MHD) waves.

Responsible for storage inventory and maintaining logistic & storage database

Plasma physics, nuclear physics, high performance computing, statistical analysis of large datasets (Collaborative PhD program)

Plasma physics, nuclear physics, high performance computing, statistical analysis of large datasets (Collaborative PhD program)

Nuclear techniques, plasma physics, statistical data analysis, radiation protection, Monte Carlo methods