débouchès ?
Posté : lun. 8 févr. 2016 14:42
j'aimerai connaitre les débouchés en physique avec mes compétences
Je ne désire pas travailler dans une chambre blanche
Professional experience
2013-2016 ( juillet )
• Main task on optimization of Magnetic tunnel junction deposition By Ion Beam Sputtering.
• Training at U.Leeds on Magnetron sputtering (GMR)
• Training at U.Cambridge on Pulsed laser deposition and Focused Ion Beam
• Training at Hitachi Cambridge Laboratory on low temperature characterisation
• Tutorials on Spin transfer torque and spin waves at NTNU
2012-2013
• Main task as IT Engineer at Belfius Insurance
• Training at Hexavarsity on Mainframe technology
Academic qualification
2012 MSc. In Physics
Final grade 16.4/20
Subject of research: Electronic transport in a system made out of a quantum dot connected to superconducting leads in a transistor configuration by the means of the Non-equilibrium Greens functions, the master equation and the super-fermion formalism.
• Master thesis: “Electronic transport through superconducting single molecule transistors”
2010 BSc. In Physics
Final grade 15.6/20
• Construction of a cloud chamber for a popular science exhibition
Micro & nano technology related skills
Deposition techniques:
• Ion Beam Sputtering: deposition of Magnetic Tunnel Junction and Spin Valve stacks with 150mm (Nordiko 3000) and 200mm (Nordiko 3600) industrial tools (Proficient user: optimization of process and maintenance of the system).
• Magnetron Sputtering: 150mm (Homemade) RF system, 150 mm multimodule (Nordiko 7000) DC and RF Industrial tool (Experienced user).
Lithography techniques:
• Optical Lithography (DWL) wavelength of 460nm (Experienced user).
• E-beam Lithography (Raith 150) Low voltage system (Basic user).
Material removal techniques:
• Dry Etch: Ion Beam Milling with a 200mm (Nordiko 3600) industrial tool (Proficient user).
• Chemical-mechanical Polishing System (Basic user).
• Chemically assisted Lift off in ultrasound bath.
Surface characterization techniques:
• Scanning Electron Microscopy (Basic user).
• Atomic Force Microscopy (Basic user).
• Profilometry (Proficient user).
• Ellipsometry (Basic user).
Magnetic characterization technique:
• Room temperature Vibrating Sample Magnetometry (Proficient user).
Magnetotransport characterization techniques:
• 2 and 4 point contact magnetoresistance (MR) transfer curves with manual and automatic setups (Experienced user).
• CIPT (Basic user).
• Noise measurement (Basic user).
Other
• Magnetic annealing
• 3d printing
IT skills
Operating system
Windows
Linux (Ubuntu)
z/OS - TSO/ISPF
Software
Origin
Mathematica
Lyx
Office (excel, word, ppt)
Blender
Gimp
Autocad
Raith 150 mask design
COMSOL
Matlab
IT Languages
Python
LaTeX
HTML / CSS
Javascipt
COBOL
Fortran 77/95
C & C++
SQL
PHP
Languages
English level: Fluent, score of band level 8 at the IELTS in 2012
Dutch level:Good , main language until the age of 12
French level:Fluent, native language
Portuguese level:Fair, Level B1 certificate
Various
Hobbies
• 3D modeling and computer art
• Cooking
Awards
• Highschool physics prize
• Ranked 5th at the Belgian physic Olympiads in 2006
Je ne désire pas travailler dans une chambre blanche
Professional experience
2013-2016 ( juillet )
• Main task on optimization of Magnetic tunnel junction deposition By Ion Beam Sputtering.
• Training at U.Leeds on Magnetron sputtering (GMR)
• Training at U.Cambridge on Pulsed laser deposition and Focused Ion Beam
• Training at Hitachi Cambridge Laboratory on low temperature characterisation
• Tutorials on Spin transfer torque and spin waves at NTNU
2012-2013
• Main task as IT Engineer at Belfius Insurance
• Training at Hexavarsity on Mainframe technology
Academic qualification
2012 MSc. In Physics
Final grade 16.4/20
Subject of research: Electronic transport in a system made out of a quantum dot connected to superconducting leads in a transistor configuration by the means of the Non-equilibrium Greens functions, the master equation and the super-fermion formalism.
• Master thesis: “Electronic transport through superconducting single molecule transistors”
2010 BSc. In Physics
Final grade 15.6/20
• Construction of a cloud chamber for a popular science exhibition
Micro & nano technology related skills
Deposition techniques:
• Ion Beam Sputtering: deposition of Magnetic Tunnel Junction and Spin Valve stacks with 150mm (Nordiko 3000) and 200mm (Nordiko 3600) industrial tools (Proficient user: optimization of process and maintenance of the system).
• Magnetron Sputtering: 150mm (Homemade) RF system, 150 mm multimodule (Nordiko 7000) DC and RF Industrial tool (Experienced user).
Lithography techniques:
• Optical Lithography (DWL) wavelength of 460nm (Experienced user).
• E-beam Lithography (Raith 150) Low voltage system (Basic user).
Material removal techniques:
• Dry Etch: Ion Beam Milling with a 200mm (Nordiko 3600) industrial tool (Proficient user).
• Chemical-mechanical Polishing System (Basic user).
• Chemically assisted Lift off in ultrasound bath.
Surface characterization techniques:
• Scanning Electron Microscopy (Basic user).
• Atomic Force Microscopy (Basic user).
• Profilometry (Proficient user).
• Ellipsometry (Basic user).
Magnetic characterization technique:
• Room temperature Vibrating Sample Magnetometry (Proficient user).
Magnetotransport characterization techniques:
• 2 and 4 point contact magnetoresistance (MR) transfer curves with manual and automatic setups (Experienced user).
• CIPT (Basic user).
• Noise measurement (Basic user).
Other
• Magnetic annealing
• 3d printing
IT skills
Operating system
Windows
Linux (Ubuntu)
z/OS - TSO/ISPF
Software
Origin
Mathematica
Lyx
Office (excel, word, ppt)
Blender
Gimp
Autocad
Raith 150 mask design
COMSOL
Matlab
IT Languages
Python
LaTeX
HTML / CSS
Javascipt
COBOL
Fortran 77/95
C & C++
SQL
PHP
Languages
English level: Fluent, score of band level 8 at the IELTS in 2012
Dutch level:Good , main language until the age of 12
French level:Fluent, native language
Portuguese level:Fair, Level B1 certificate
Various
Hobbies
• 3D modeling and computer art
• Cooking
Awards
• Highschool physics prize
• Ranked 5th at the Belgian physic Olympiads in 2006