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CERN - Laboratório Europeu de Física de Partículas

Concurso para apresentação de candidaturas
aberto até 30 de Setembro de 2011

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A lista de oportunidades está organizada por áreas tecnológicas. Seleccione a área do seu interesse para ter acesso às oportunidades disponíveis e consulte a área Candidatura para mais informações sobre como se candidatar.

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Mechanical Engineering (6) >
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Job Code	EN3442
Department	EN
Discipline	Mechanical Engineering
Description	Engineering studies for Materials and Equipment under extreme conditions: In the context of beam intercepting devices, like for instance beam dumps, high power targets and collimators, thermo-mechanical studies using ANSYS and AUTODYN will be needed to validate existing equipment for future beam parameters. Development of objects for the LHC and Linac4 collimators and dumps as well as studies for machine upgrades and future programs. The candidate will integrate modifications to existing design or create a complete new concept (time depending). Aspects as heat loads and thermal behaviour, mechanical stresses, shock waves and impact, impedance issues and vacuum problems have to be combined into a robust design for the upgrade of the devices, keeping in mind radio protection issues. A close collaboration with the design office, the FLUKA team and Radio Protection is completing the tasks for this position. A special scope for this position is the aspect of an efficient cooling system. New techniques as heat pipes or cryogenic gas cooling might be considered and their impact on the mechanical design has to be evaluated. The construction of a demonstrator is foreseen at a later stage.
Special Requirements	University degree in mechanical engineering. Knowledge of analytical and numerical tools applicable to mechanical design, in particular in the fields of structural, thermal and dynamic analysis of machines and structures. Previous experience using a finite element analysis code, such as ANSYS, would be an asset.
Training Value	The trainee will gain experience with materials (graphite, tungsten, etc.) under particle impact with high energy densities and has the possibility to follow the full life cycle of the product from specification to commissioning. Some R&D on different cooling concepts
Supervisor	OLIVER ABERLE

Job Code	PH120
Department	PH
Discipline	Mechanical Engineering
Description	Collaboration with cooling and gas system design and manufacturing teams. Participation in the design and research work of cooling and/or gas systems. Contacts with industry and participation in Market Survey and Tendering procedures. Participation in installation of manufactured systems
Special Requirements	University Degree in Engineering with a background in heat and flow transfer.
Training Value	Organization and supervising the production. Research and design abilities. Training in Finite Element Analysis Managing the project Team work in the international environment
Supervisor	JAN GODLEWSKI

Job Code	PH122
Department	PH
Discipline	Mechanical Engineering
Description	The trainee will join the Configuration Control Office in the ATLAS Technical Coordination. This group is in charge to insure the mechanical integration of the detectors in ATLAS experiment and to control mechanical conformity of the detectors to their specifications. The trainee will join the part of the team in charge of non-conformity management and their resolution. He will be involved in the complete process: from the evaluation of potential mechanical criticality of one detector, request of survey campaigns when necessary, analyses of the results and assessment on detector conformity. He will also participate to the resolutions of the non-conformity in collaboration with the ATLAS systems and the other members of the ATLAS Technical Coordination. As member of Configuration Control Office, he will be involved from the manufactured stage of the detectors to their final installation inside the ATLAS Cavern.
Special Requirements	Degree in Mechanical Engineering
Training Value	The trainee will gain mechanical engineering experience in large structures, interacting with an extended international collaboration.
Supervisor	OLGA BELTRAMELLO

Job Code	PH2282
Department	PH
Discipline	Mechanical Engineering
Description	The candidate will be integrated in the ATLAS Safety team and he will be an active part on it. The candidate will participate in the development of new web based communication and organization tools related to the access for maintenance inside the experimental areas and safety training. The candidate will be in charge of the ATLAS safety systems maintenance coordination and detailed planning. He will put in place all the organization required to insure safe and smooth maintenance activities. When required, he will participate to the Safety and Access systems reception tests. Shift Leader in Matters of Safety (SLIMOS) is also a very important part of the activity of the safety team during run period, so the candidate will receive a detailed and very extensive training to become part of the SLIMOS team. As working in an international and multidisciplinary environment, the candidate must be flexible and be available to perform many different engineering tasks where and when required.
Special Requirements	-
Training Value	Mechanical engineering
Supervisor	OLGA BELTRAMELLO

Job Code	PH2763
Department	PH
Discipline	Mechanical Engineering
Description	ATLAS Insertable B-Layer : Construction of an Active, Integration and Qualification IBL Prototype In the frame work of the international collaboration between CERN and scientific worldwide institutes, the new Inserted B-Layer (IBL) project represents the first upgrade phase of the present LHC Atlas Pixel Detector, to be completed by 2014. A fundamental contribution to the IBL project will be the realization of a real size, active IBL prototype with full thermo-mechanical and electrical functions for the complete validation of the detector concept. The project requires a mechanical engineer in charge of following up the design, assembly and qualification work. A solid background is needed in integration of mechanical apparatus, structural and thermal analysis, materials including composite structures, precision assembly and survey methods, qualification and test procedures, measurements and data acquisition.
Special Requirements	The functions include: · Design and integration studies · Follow up the construction of prototypes for the main components, services and interfaces. · Supervision and direct follow up of daily assembly work · Definition and implementation of procedures for assembly and system tests · Analysis and interpretation of test data · Supervision of technicians in setting up assembly and testing infrastructure s and collaboration with worldwide institutes and firms
Training Value	The ATLAS Insertable B-Layer project will provide training to young engineers in an international multi-discipinary reseach and development environment. The candidate is trained on developing manufacturing techniques for CF support and cooling components, and material qualification. The training will include FEA simulation of composite support structures, mechanical integration and system optimization studies and QA and production techniques for ultra-light support and cooling of semiconductor detectors
Supervisor	HEINZ PERNEGGER

Job Code	TE2742
Department	TE
Discipline	Mechanical Engineering
Description	Participate in the development of the new bus bar profile for the LHC upgrade phase collimators (design, bus bar facility upgrade and prototype production). Perform the risk analysis of the super conducting 13kA bus bars circuit (all LHC superconducting magnets concerned, low temperature 4K).
Special Requirements	Good knowledge in high voltage test, knowledge in superconducting related problems. Familiar with material science analysis, welding and soldering technologies vs. electrical behavior.
Training Value	The 13kA bus bar circuit s one of the core components of the LHC accelerator cryo-magnets (bending, quandrupoles, etc.). Participate in the activity of the small team in charge of the process aiming to emphasize and solve the circuit criticalities means to develop a specific competence in this uncommon domain.
Supervisor	ROSARIO PRINCIPE

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