Practical internships for students of technical colleges (4-5 months)
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Thesis supervisor
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| Mechanical and cryogenic engineering |
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| Development of a special tool to improve the assembly of Helium flex-lines |
V. Wimmer |
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| Integration and characterization of the FORS-upgrade cryo-vacuum system |
A. Fuerte |
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| Modelling, analysis and test support related to vibration and control/structure interaction for the ELT telescope structure and hosted units |
M. Müller
P. Zuluaga Ramirez
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Anti-vibration mounts for the ELT compressors
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Electronic Engineering
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Research internships for students of master studies at universities (5 months)
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| SW engineering |
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| Accelerating the ELT wavefront simulations |
Henri Bonnet |
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| Design and development of a Simulation Framework for test and integration of telescope control systems. |
N.Kornweibel
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Application Framework Code Generation from SysML models
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N.Kornweibel |
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Use and extension of OpenMBEE for use in realizing an Application Framework design in SysML
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N.Kornweibel |
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Construction of a high bandwidth network sniffer based on commodity network cards for the verification of systems on the ELT real-time control network
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N.Kornweibel |
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| Study and prototyping the advantages of TSN extensions on Linux for time based traffic scheduling in the context of the M1 LCS deterministic network |
N.Kornweibel
J. Argomedo
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| Investigate control software architecture alternatives to state machines |
H. Sommer
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| Investigate XDP sockets as lightweight alternative to DPDK |
H. Sommer
N. Benes
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Optical engineering
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Development of an Interferometric Bench for High-Contrast Imaging of Exoplanets
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S. Lacour |
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ELT wavefront control
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O. Pfuhl
A. Kellerer
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| Quantum optics for astronomy |
A. Kellerer
O. Pfuhl
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| ELT M1 Segments |
A. Kellerer
E. Vernet
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| Development and testing of a Spatial Light Modulator as a phase screen generator for the high-order adaptive optics testbench GHOST |
B.Engler |
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| Development of a calibration tool generating sources for optical alignment of instruments |
S. Tordo
S. Guisard
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| STOP analysis (Structural, Thermal and Optical Performance analysis) of astronomical instruments: modelling and testing. |
P. La Penna
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| Optical Reverse Optimisation of astronomical instruments. |
P. La Penna |
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| Computation of the atmospheric dispersion effect on the Point Spread Function of a telescope and astronomical instrument |
P. La Penna
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| Computation of the Strehl ratio of a measured Point Spread Functions. |
P. La Penna
J. Kolb
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| Techniques for precision alignment and modelling of optomechanical systems through laser metrologies |
S. Lévêque |
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| Optical testing using a Spatial Light Modulator as a Programmable Computer Generated Hologram |
S. Lévêque
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| Electronic Engineering |
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| Customisation of design templates in Altium Designer |
I. Molina Conde
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| Automation of an astronomical CCD testbench using Python |
E. Müller |
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| Adaptive optics and laser guide stars |
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Deep learning wavefront sensing with the CaNaPy LGS-AO facility
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F. Pedreros Bustos |
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| Machine Learning for High-Contrast Imaging |
M. Kasper |
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| Mechanical engineering |
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| Cloud-based BIM data integration and real-time dashboards for the Extremely Large Telescope (ELT) |
P. Ferreira |
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| Measuring the vacuum level and gas composition in typical vacuum chambers with different pumping principles by using a residual gas analyzer (mass spectrometer) |
M. Haug |
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| Study of the correlation between interferometric tests, force field measurement, modelling, and as built characteristics of the ELT M1 segments during polishing |
M. Cayrel |
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Other student internships ESO HQ with a duration of 3-4 months
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Supervisor
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| Assembly and testing the anti-vibration mounts for the ELT compressors |
V. Wimmer |
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