PROJECT MANAGER
Jema energy
Skills
Over the last years, I have accomplished successfully two master theses in different fusion engineering fields and currently, I have been driving R&D projects in the role of project manager applied to fusion power supply sources.
Project history
10/2019
-
10/2020
R&D engineering projects development:
-Fast developing of a design for a new charger prototype able to satisfy a set of characteristics never designed before
applied to klystron power sources.
-I have worked in engineering and management tasks applied to magnetic coils power sources for tokamaks projects.
-Fast developing of a design for a new charger prototype able to satisfy a set of characteristics never designed before
applied to klystron power sources.
-I have worked in engineering and management tasks applied to magnetic coils power sources for tokamaks projects.
02/2019
-
03/2019
RESEARCHER
CEA (Atomic Energy and Alternative Energy Commission)
Magnetic control on WEST:
-Using methods of control engineering, I have developed, tuned and tested in simulation a fast vertical control.
Integrated tokamak modeling:
-Familiarisation with ALPHA Monte Carlo simulation code coming from SPOT code.
Cadarache, France
-Using methods of control engineering, I have developed, tuned and tested in simulation a fast vertical control.
Integrated tokamak modeling:
-Familiarisation with ALPHA Monte Carlo simulation code coming from SPOT code.
Cadarache, France
12/2018
-
12/2018
RESEARCHER
Czechia; IPP
Cross-phase analysis of Li beam signals towards poloidal velocity measurements:
-During my experience in the IPP, I develop an algorithm to estimate Z positions of the deflected Li-Ion beam and
coordinate this defection in time to measure the poloidal range of velocities in the Compass tokamak.
Prague, Czechia
-During my experience in the IPP, I develop an algorithm to estimate Z positions of the deflected Li-Ion beam and
coordinate this defection in time to measure the poloidal range of velocities in the Compass tokamak.
Prague, Czechia
07/2018
-
07/2018
RESEARCHER
Max Planck Institute for Plasma Physics
3He pellets for plasma heating by ICRH:
-I analysed the possibilities to detect and launch pellets with He3 in ASDEX UPGRADE facility.
Garching, Germany
-I analysed the possibilities to detect and launch pellets with He3 in ASDEX UPGRADE facility.
Garching, Germany
Local Availability
Only available in these countries:
Spain
