VI Programme: projects

Body: 

VI programme projects

Project number Project Title Project Description
1

Beams (BE) Department:
Software development for Optics Measurements and Corrections for LHC Run III commissioning​.

You will be responsible for software development for Run III LHC optics measurements and corrections: software development in Python and Java for applications used on-line in the LHC control room; particle tracking simulations should also be performed to assess the performance of correction techniques.
2

Beams (BE) Department:
Data Analyst/Software Engineer for Performance and Reliability Monitoring of Beam Instrumentation

You will be a member of the software team which has developed a common framework for this data analysis – OAF, the Offline Analysis Framework. This framework is used for implementing specific algorithms that periodically report on instrument performance, monitoring their status and pre-emptively warning of instrument anomalies. You will collaborate with experts from different fields (hardware, physics, software) to identify, specify and implement new data analysis requirement; work on the evolution of the OAF framework to adapt it to the next generation CERN logging database (this new service is based on the Hadoop eco-system and more concretely on Apache Spark); include in OAF the BI project-specific analysis tools available today and foresee future requirements; explore the capabilities of Spark to improve the online data analysis offered by OAF to give immediate feedback to the hardware and software experts.
3 Beams (BE) Department:
Mechanical Engineer for Design, construction and test of Beam Instrumentation for High Luminosity LHC
This project will concentrate on the design, optimisation and integration of various beam instrumentation devices for the high luminosity LHC project, the upgrade foreseen for CERN’s flagship machine, the LHC. You will design optimisation of mechanical components for various high luminosity LHC beam diagnostic instruments such as gas curtain monitors, luminosity monitors, beam position monitors, synchrotron light monitors; Drive and document studies on various associated engineering aspects such as Non-reflective coatings, Gas nozzles, Radiation hard materials, Cryogenic compatibility; Study integration details imposed by the stringent LHC tunnel environment; Assemble and install prototype instruments.
4 Beams (BE) Department:
Modern DevOps tools for Java and Python development
You will develop tools for the above infrastructure, in Java and Python, and provide support to our developers. In particular, you will develop tools to automate the management of our gitlab repository with its over 1000 git repos, using the gitlab REST API; tools to flexibly generate Jenkins configurations integrated with gitlab, possibly using Docker.
you  will work in a highly professional software engineering environment, in close contact with expert software engineers, accelerator operators and physicists, and become familiar with a modern development workflow and get experience with state of the art tools and technology. This knowledge and experience is not specific to CERN but can be applied in any software engineering company.
5 Beams (BE) Department:
Modern Web Application Development at the heart of CERN
All BE-CO Web applications are based on our common technology stack (AngularJS 1.7, TypeScript, Java, Spring (Boot, Data, Security), Oracle, Webpack, NPM) and DevOps tools and processes (IntelliJ, Gradle, GitLab, Jenkins, Artifactory, Ansible). You will join a team of software engineers with the goal of adapting our technology stack and framework components to use the latest Angular framework and the associated new ways of working. Subsequently, the team will adapt our production applications to use the updated technology stack, whilst taking into account new and emerging functional requirements. The initial focus will be on adapting the widely-used and highly-visible Accelerator Fault Tracking application.
You will work on all aspects of the development cycle and will be expected to pay attention to the quality of the work done. Overall this represents an exciting opportunity to work at the heart of CERN, doing modern software engineering, in a unique context together with other skilled engineers.
6 Beams (BE) Department:
Device server framework design and development
The Device Server Framework (DSF) is an ongoing standardisation of the protocol used to remotely control accelerators hardware at CERN. It comprises a modelisation of devices and their properties, and an implementation of a multi-protocol device server based on this model. You will develop the DSF (using C++11), implementing the device-property model and corresponding server used for controlling accelerators at CERN; develop a solution to generate APIs for cross language access to the device-property model and device server (Java, Python); participate in the evolution of the model and the server, based on user requests and needs from the full control stack.
7 Engineering (EN) Department:
Web developments for nTOF Data Acquisition System

You will support Web developments during the LS2 on different projects. The main one will be the development of a Graphical User Interface Web based for the Data Acquisition System of the neutrons Time of Flight facility at CERN (https://home.cern/science/experiments/ntof). The GUI should be able to configure more than 150 DAQ channels as well as to set the Experimental Area Configuration according to the specific experiment (e.g. the material of the sample under study, the type of radioactive source used to calibrate the detectors, the type of acquisition trigger, sweeping magnet current). You will also participate to the refactoring of the nTOF operation web site that is the key component used for the organization of the shifts as well as the physics data. It connects to an Oracle Database that stores critical information for the DAQ operation and the subsequent data analysis. The information is grouped in hardware settings, operational information and organisational data.

8 Engineering (EN) Department
Mechanical designer for Beam Intercepting Devices

You will design the mechanical assemblies required to absorb high-energy particles and the remotely controlled mechanisms needed to position them precisely and repeatedly under arduous operating conditions (high temperatures, radiation and vacuum).  Interventions to maintain or repair this equipment will often rely on the use of mobile robots or remotely manipulated handling tools so the designs need to be compatible with remote handling technology. In addition to the design work mentioned above, you will procure components and project manage the construction, installation and commissioning  of the elements you design; provide technical support to mechanical technicians during assembly. Note you could be required to access to underground caverns and experimental sites, so you should therefore be prepared to work in radiation areas; work underground and in tunnels.

9 Engineering (EN) Department:
Radiation damage to materials: engineer / applied physicist

You will play a key role  in the Radiation-to-Materials activities within the Sources Targets & Interactions Group of CERN’s Engineering Department; the work aims to improve, centralize and ensure effective communication of know-how on radiation damage effects on polymers, metals and special-application devices. Working independently or closely with the supervisor, you will set up and run regular meetings to create a forum where radiation to materials data are shared among different groups at CERN; provide support to other groups throughout CERN, including the whole Accelerator & Technology sector and the Experimental Physics Department; provide support to the Radiation-to-Materials coordinator for all irradiation tests carried out in external facilities and taking an active part in the RaDIATE Collaboration activities related to evaluation of mechanical properties after proton irradiation; set up and supervise external contracts for the study of how mechanical and thermo-physical properties of materials are modified by long-term irradiation (carried out at external facilities).

10 Experimental Physics (EP) Department:
Software Engineer in the ALICE Online-Offline project
The ALICE O2 control system is a distributed system based on state of the art cluster management tools such as Apache Mesos, Consul, gRPC and Ansible that have recently emerged in the distributed computing ecosystem. It is an entirely new component, built in Go and C++, following the best practices of the microservices architectural style. Such technologies were not available during the design and development of the original LHC computing systems, and their use will allow the ALICE collaboration to benefit from a vibrant and innovative open source community. You will contribute to the design, development and initial deployment of the ALICE O2 control system and several of its associated services as we move towards the restart of LHC operations in 2021.  
11

Human Resources (HR) Department:
Legal Advice

You will join the Legal Advice Section and report to head of the HR Legal Advice Section under the technical supervision of the HR legal advisers.Specifically, you will prepare the work for the working groups for the revision of primary and subsidiary legislation; prepare the legal advice on the review, interpretation and application of the Staff Rules and Regulations and related documents; prepare the legal advice on HR policy matters and procedures; prepare the legal advice on internal disputes and disciplinary proceedings; perform legal research and analysis for the preparation of legal opinions, internal memoranda or official correspondence.

12

Human Resources (HR) Department:
Data Analysis

You will join the Compensation and benefits Service, which plays a key role in areas such as compensation and classification, performance evaluation and merit recognition, benefits and entitlements, health insurance, social welfare. The Group comprises around 20 members. This position will give the opportunity to contribute to the development of HR analytics; to work closely with a variety of HR professionals, and to develop competencies in the area of Compensation and Benefits including data analytics, reporting, process analysis and improvement, communication. In this project, you will support a team of HR professionals and process experts and, in collaboration with specialised services, perform HR data analysis using CERN database and Excel;  report and present to various audiences; contribute to the collection, interpretation and presentation of data and practices in the area of compensation and benefits from outside organisations; contribute to the design and development of various HR projects and studies in the area of compensation & benefits or other employment conditions.

13 Health, Safety and Environment (HSE) Unit:
REMUS – Radiation and Environment Monitoring Unified Supervision
 
The CERN HSE (Health, Safety and Environment) Unit at CERN is operating a large supervision system, REMUS (Radiation and Environment Monitoring Unified Supervision). REMUS aggregates for CERN HSE specialists more than 30Bn measurements and events per year, coming from various detectors deployed across the organization. In this project you will interface new type of detectors with the existing supervisory system (Analysis, Design, Development, Test); interface the existing supervisory system with external software and Databases; support and guide users in their demands for new features.
14 International relations (IR) Sector:
Corporate Engagement Officer

As part of the Partnerships & Fundraising Section, to drive corporate engagement developing new business and loyalty strategies in order to deliver, from the private sector, long-term and significantly increased resources, exposure and influence to support the CERN & Society mission. As the person in charge of corporate engagement you will be responsible for assisting in the development of strategy and plans for Corporate Engagement programmes; driving new business: identifying prospects, developing partnership and sponsorship packages, pitching, closing; account-managing corporate supporters; ensuring timely and effective stewardship of partners and supporters, including reporting; working as a proactive team member of the Partnerships & Fundraising Section, supporting others as needed, keeping up-to-date records on the CiviCRM database, and communicating effectively within the team and across all stakeholder groups; in collaboration with other team members, you will organise and support events as needed for the cultivation and stewardship of supporters, or for corporate hospitality as part of sponsorship packages.

15 Information technologies (IT) Department:
Cloud workload and resource optimisation

The project focus is to deploy OpenStack Watcher which provides a flexible and scalable resource optimization service for multi-tenant OpenStack-based clouds. Watcher provides a complete optimization loop—including everything from a metrics receiver, complex event processor and profiler, optimization processor and an action plan applier. This provides a robust  framework to realize a wide range of cloud optimization goals, including the reduction of data center operating costs, increased system performance via intelligent virtual machine migration and increased energy efficiency. You will deploy a new infrastructure optimization service based on OpenStack Watcher into the CERN cloud service, and contribute the necessary development to the upstream project.

16 Information technologies (IT) Department:
Enhancements to Load Balancing at CERN

The DNS Load Balancing service is a key component for the delivery of load-balanced and highly available services at CERN. It currently provides 700 load balanced aliases used by a large range of computing services. The service runs with a Master and a Standby server, both of them hosted on virtual machines. You will work in the following areas: optimising the access to components of the Configuration Management Infrastructure (such as the central PuppetDB Instance); reducing dependencies on external configuration systems which can cause accidental service interruptions by generating wrong configuration of a production alias; easing Alias operations and orchestration of changes, to allow for precise and timely addition and removal of nodes behind a production alias.

17 Site management and Building (SMB) Department:
CERN masterplan

The Technical Office and Data section in the Site Engineering group is responsible for the CERN urban planning activities that include the coordination and realization of urban planning studies; the management of building permits; the coordination and the updates the CERN masterplan updates; the verification of adequacy of new projects proposals to the CERN masterplan; the support of the technical studies in the field of mobility. You will contribute in the realization of the urban planning studies in collaboration with the CERN host states with the aim to upgrade the CERN masterplan.

18 Technology (TE) Department:
Novel septum magnet system design.

In the framework of the Consolidation project, studies are needed to prepare a concept design of a novel PS extraction septum magnet system. The system consists of a pulse generator, to be installed in a surface building, and its associated magnet in the accelerator tunnel. The pulse generator needs to be capable of supplying a very high and fast current pulse, while the novel eddy current septum magnet topology is to be designed robustly, and capable to produce the required field quality.
The study should address the problems related to the magnetic field distortions, feasibility of the fast pulse generator within the required precision and repeatability using power semi-conductors.  At present, the robustness of conventional septa is limited by vibrations and fatigue of the magnet coil. The impact of an improved coil fixation, together with a modified current pulse shape should be quantified.This project may cover magnetic calculations, power electronics and/or mechanical design. In this project, you will take part in the design of the novel PS extraction eddy current septum, in the feasibility study of the pulse generator of the septum and report the results of the studies in scientific publications.

19 Technology (TE) Department:
Update of the cryogenic control system for CERN test areas.
You will work in a multidisciplinary team of engineers and technicians, in the TE-CRG-CE section, which is responsible for the electricity and process control activities for CERN cryogenics. After an initial phase of training on CERN principles and tools (UNICOS Continuous Process Control package - CPC6), the candidate will contribute to the upgrade of all the cryogenic control systems dedicated to the superconducting magnets and RF cavities test areas. The main phase of the project will focus on the design validation, installation, commissioning and support to the tests as well as on the creation of the associated technical documentation. It will also focus on Cryogenic process validation; from initial control design till the PLC code; technical follow up of the hardware configuration and software installation; commissioning and support to the tests; creation of the associated technical documentation.
20

Technology (TE) Department:
Converter Control Chassis Test Equipment Development for CERN Converter Controls Electronics

A generic test stand is to be developed that can connect to various converter chassis (so-called Type 7 and Type 10) and simulate the behaviour of a power converter.  This is to be used for integration testing and validation of converter controls electronics hardware and software. You will contribute to the design, development and implementation of chassis test systems.
The scope of the work can be adapted to the your skills and learning goals. A typical tester would consist of a research phase, schematic capture, printed boards design, (using Altium Designer), prototype fabrication, debugging and testing.  This is followed by software development phases, with the projects being closed during a hand-off to the team responsible for test analysis in the group. You will be part of the converter controls electronics team, working on electronics and programmable electronics development.  You will contribute to the design, development and implementation of generic and re-useable electronic chassis test stands, and other generic bed-of-nails platforms; gather information regarding converter controls hardware which needs testing; write tester requirements and detail expected performance of the test equipment; develop Test Control Card schematics and hardware; implement functional requirements; in programmable logic; implement functional requirements; in C, C++, or similar; prove tester functionality meets expectations by testing in laboratory conditions.
 
21

Technology (TE) Department:
Configuration and operational monitoring platform for the LHC Quench Detection System

The Quench Detection System (QDS) is a vital component of the protection system for the superconducting magnet circuits of the LHC, protecting the magnets against overheating and damage in case of loss of their superconducting state. The QDS is deployed physically all around the accelerator and composed of a variety of different device types, all of which are fully integrated in the common controls stack of the LHC to allow for continuous control and monitoring. This implies a large and heterogeneous amount of hardware devices, all of which must be verified and re-validated following shutdown periods or interventions during the operation of the machine as the identification of faulty or misconfigured devices is crucial for the reliability and availability of the machine. Since the initial LHC commissioning and start-up, a variety of tools and applications has been developed and used to provide these functions which require significant maintenance to update.
The aim of the project is to provide a common and coherent framework for all these important operational tools, ensuring their continuous integration and availability with other systems throughout the different accelerator phases, from commissioning to operation and maintenance. Further objectives are the streamlining of communication channels of these tools for increased performance and operational monitoring. In this project, you will ensure integration of various existing Python and Java tools, developed by system experts, into a common Continuous Integration framework; consolidate practices and tools used for the reporting of the hardware devices status and configuration to the expert; extend the reporting tools to pre-operational checks.
22

Technology (TE) Department:
Automated commissioning of interlock systems within the Accelerator Testing Framework

Operational periods of CERNs accelerator complex are always followed by shutdown periods, ranging from a few days long technical stops to two years long shutdowns, during which vital maintenance operations are performed and the equipment systems are consolidated and upgraded. After any modification, in particular of protection related systems, dedicated commissioning periods allow for an in-depth validation by operation teams in collaboration with the equipment experts.
The commissioning of magnet circuits and their protection systems relies since 2012 on the Accelerator Testing framework (AccTesting), a Java Spring based framework that automates the scheduling, execution, tracking and analysis of more than ten thousand commissioning tests to validate the proper functioning of the 1800 magnet circuits of the LHC.
The aim of the project is the extension of automated commissioning to other vital LHC systems, at first for the magnet interlock systems (WIC) as well as the beam interlock (BIS) and safe machine parameter system (SMP) to facilitate the repetition of important commissioning steps as well for the operation crews. In a second step, automation will be extended to the LHC beam loss monitors (BLMs), collimators and BTV screens. In this project, you will ensure the integration of already existing Python and Java user code that was developed in an ad hoc manner by system experts via the use of MolR; define the test plans, tracking and reporting strategies with the system experts; scale the AccTesting framework to support the commissioning of thousands more operation systems.
23

Technology (TE) Department:
Safety Support Officer in the Technology Department

The Technology Department is in charge of development and maintenance of accelerator hardware (cryogenics, vacuum, surface treatment, magnets, powering, protection).
The mandate of the Safety Team is to assure Occupational Health and Safety of the department's members, collaborators and the environment. Your tasks will include the safety risk assessment of technological processes, conformity evaluation of prototype devices and machines, development of compensatory safety measures, follow-up of recommended actions and documentation of findings. During your stay at CERN the accelerators are stopped and the focus of the work will lie on safety assessments of activities in CERN’s accelerator facilities.
24

Industry, Procurement and Knowledge Transfer (IPT) Department:
Knowledge Transfer Officer

The Knowledge Transfer group at CERN aims to engage with experts in science, technology and industry in order to create opportunities for the transfer of CERN’s technology and know-how. The ultimate goal is to accelerate innovation and maximise the global positive impact of CERN on society. This is done by promoting and transferring the technological and human capital developed at CERN. The CERN KT group promotes CERN as a centre of technological excellence, and promotes the positive impact of fundamental research organisations on society.
This project is proposed in the Business Development Section of the KT group.Support CERN Technologies and Projects with transfer potential into applications outside High Energy Physics.
In this project, you will perform market studies and assess the potential of selected CERN Technologies in various use cases; support the Business Development Section with targeting and reaching out to industrial partners; liaise with CERN researchers to assess potential of technology for use outside High Energy Physics; organize events and programs targeted at specific market applications or potential industrial partners.

25

Technology (TE) Department:
Cryogenic instrumentation of the LHC machine during the maintenance period 2019/2020.

During the LHC long shutdown period over 2019 and 2020 (LS2) upgrade and consolidation, works will be made to the LHC accelerator. For this reason a large number of the magnet interconnects will be opened. In these interconnects one can also find instrumentation used for the control of the cryogenic cooling system of the LHC. At the one hand this instrumentation shall be protected and made operational before closing these interconnects, while at the other hand a number of interconnects shall be foreseen from additional equipment.
In this project, you will follow-up the ongoing work in the tunnel, guaranteeing the correct state of the existing cryogenic instrumentation channels, and shall validate the operational status of new cryogenic instrumentation channels.You will also work to assure the integrity of the cryogenic instrumentation measurement chain during the interventions in the region of the magnet interconnects; represent the Cryogenic laboratory and Instrumentation (CI) section during the daily work organization meetings; update documentation and create, whenever required, non-conformities reports; implement new measurement chains in specific interconnects.

26

Technology (TE) Department:
CAD Designer for High Field Magnets program

The Magnets, Superconductors and Cryostats section is in charge of developing novel high-field magnet technologies for the upgrade of the LHC luminosity and future accelerators. This work demands the use of superconducting materials such as Nb3Sn, or more exotic high-temperature superconductors such as Bismuth and other rare-earth based Copper oxides, whose electrical and mechanical properties call for challenging manufacturing procedures, innovative materials and new tools. As an electro-mechanical engineer you will join the team that is presently designing, developing and validating concepts, procedures and tools to produce small-scale models of the high-field superconducting magnets of a new generation. This work spans through coil winding, heat treatment at high temperature and controlled gas atmosphere, vacuum impregnation, electrical connection and instrumentation, and mechanical assembly of fragile components. You will join the activity as CAD designer, member of the team designing magnet components and specific tooling. A deep knowledge of CATIA (or equivalent 3D drawing software) is mandatory and knowledge of ANSYS would be an important asset. Besides the activity described above, you may be asked to take the technical responsibility for the execution of a technology research and development project of relevance for the high-field magnet program. In this project you will undertake the CAD design of High Field Magnets,of magnet components and associated tooling; ensure follow-up at CERN of magnets components and tooling; and oversee tooling during commissioning.
27

Accelerator and Technology Sector (ATS):
HL-LHC Project - Junior Project Control Analyst

The High Luminosity LHC (HL-LHC) is an upgrade of the LHC to achieve instantaneous luminosities a factor of five larger than the LHC nominal value, thereby enabling the experiments to enlarge their data sample by one order of magnitude compared with the LHC baseline programme. Following five years of design study and R&D, this challenging project requires now about ten years of developments, prototyping, testing and implementation.
The use of state-of-the-art project management principles is key to ensure the appropriate follow-up and reporting of large scale projects like HL-LHC. CERN is looking for an engineer taking in charge the definition, update of and reporting of activities of several HL-LHC work-packages, based on CERN’s Earned Value Management (EVM) system.
​In this project you will be in direct contact with several HL-LHC work package leaders for keeping EVM data updated, provide support in preparing cost estimates and proposing revision of data following work package change of scope, schedule and/or cost-to-completion; take responsibility for the uniform application of EVM standards to HL-LHC work-packages. This work will be done in collaboration with the corresponding work-package leaders and supported by other BO team members; review the current EVM status of the work-packages under his/her responsibility (reporting follow-up, indicators interpretation) and write progress reports in preparation of Project Steering Meetings; actively take part in the project life cycle process, especially in re-baselining efforts.In addition, in collaboration with a team of developers you will define new features to be developed in CERN's EVM module, as well as dedicated reports and dashboards.

28

Beams (BE) Department:
Quality assurance service for the CERN Industrial Controls Frameworks

The Industrial Controls Frameworks comprise a wide variety of components and technologies. Given the criticality of the control applications and the large users’ community, testing of new releases of the Frameworks is of prior importance to ensure production-grade quality. Currently, this testing requires a substantial amount of work since many steps are performed manually and its coverage is insufficient.
​In this project, you will play a major role in the development of an automatic quality assurance platform, which should cover from unit tests to system and integration tests, as well as the automatic production of documentation. The platform will be used to asset the quality of the frameworks but also of the underlying technologies. Tests shall be executed nightly and web reports for developers must be produced to report on the status of the tests.
The participation in these tasks will allow you to develop a good knowledge of the GitLab continuous integration tools, Jira, Docker and SonarQube. Moreover, the work will also require the development of Python and SCADA scripts.

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