Job Description
Introduction
You are a highly motivated mechanical engineer eager to take in exciting challenges? You are ready to design the longest ultra-high vacuum system ever built and do you have a solid technical background and experience in mechanical and structural design?
If you're driven by the challenge of pushing the boundaries of science and technology, this is your chance to make a mark. Be part of our dynamic team responsible for the development of the vacuum system for the Future Circular Collider.
Functions
* Design the ultra-high vacuum system for the Future electron-positron Circular Collider (FCCee) storage rings and booster, including vacuum chambers and interconnections;
* Contribute to the development of vacuum technologies required for the FCCee, including thermal spray, additive manufacturing, shape-memory-alloy implementation and new welding techniques;
* Define and carry out characterisation tests to assess new technical solutions. Design, produce and assemble prototypes and their test benches;
* Test materials for compatibility with vacuum environments, including leak detection and outgassing rate measurements;
* Lead and actively participate in the design, manufacturing and installation of FCCee vacuum system mock-ups;
* Play an active role in multidisciplinary projects, requiring close collaboration with teams in charge of other accelerator systems and engineering fields.
Qualifications
A Master's degree or equivalent relevant experience in the field of mechanical engineering or a related field.
Experience:
Proven experience in:
* Finite element methods for nonlinear, static and dynamic, thermal and mechanical analysis. Conceptual design of complex and multidisciplinary systems;
* Carrying out technical design of complex systems and in leading development and prototyping studies;
* 3D mechanical design and in drafting 2D technical production drawings;
* Preparing scientific documentation, technical notes and reports for complex systems.
Knowledge of:
* Vacuum systems, surface treatments and thin-film coatings for ultra-high vacuum applications;
* Materials, including shape memory alloys, for ultra-high vacuum applications.
Technical Competencies:
* Production of 2D drawings and 3D models: by ISO dimensioning and tolerancing;
* Knowledge and application of materials, surface and thermal treatments for UHV;
* Knowledge and application of leak detection techniques and equipment;
* Knowledge and application of numerical modelling in fluid mechanics and/or heat transfer.
Behavioural Competencies:
* Working in Teams: working well in groups and readily fitting into a team; participating fully and taking an active role in team activities
* Communicating Effectively: providing others with timely information Ensuring that information, procedures and decisions are appropriately documented
* Demonstrating Flexibility: adapting quickly and resourcefully to shifting priorities and requirements Readily accepting new tasks or work/projects
* Demonstrating Accountability: working conscientiously and reliably; delivering on promises
Language Skills:
Spoken and written English in professional contexts and the willingness to learn French.