30+ days ago - req10536
Architect conditioning infrastructure
Research & development
In a nutshell
Research & development
Are responsibility and ownership your key strengths? Can you translate (high-level) performance requirements into a flow architecture and do you take the lead in getting technical issues solved? Do you see the big picture without missing the important details and are you capable to provide technical direction through different development phases; while focusing on performance, financial as well as industrialization aspects? Then we want to get in touch with you.
ASML’s Development & Engineering (D&E) sector is responsible for the specification, design and integration of the ASML machines. In this sector, the department of Machine Conditioning (MC), specifies, designs and does the functional integration of the various (sub-)modulesand architectures related to the flow and thermal domains. The department consists of discipline- and function-oriented groups where emphasis lies on particular knowledge/skills, architecture or modules in ASML machines.
In the position of architect conditioning infrastructure , you are responsible for the conceptualization, specification and functional integration of flow architectures or subsystems. You are the technical lead for an important part of the Flow & Thermal architecture of ASML’s lithography and metrology tools!
The work consists of a translation of the overall system design into an architecture that meets these requirements; a creation of the budgeting to the different users in the system, and communication to, and where necessary negotiation between, the users. The other main part of the work is to bring the system into operation with all the specified functions and a verification test to prove that the architecture or subsystem is working as intended during the specification phase.
You will report to the group leader as well as the project leader(s). He or she maintains regular alignment with the owner of the overall function which his or her deliverables contribute to. Project team sizes vary from a few people to more than twenty people, a substantial part of which may be at a co-developer.
Your main responsibilities will be:
- Understand the function of the media at the end users inside the lithography tool
- Perform analyses and calculations to predict the functionality of the flow architecture or subsystem (pressure drop budgeting, flow budgeting, humidification, gas purity)
- Where necessary increase group competence by literature research, experimental testing or supervision of external research partners
- Negotiate, define, document and present the specifications of flow architecture or subsystem
- Translate these specifications into conceptual designs and act as counterpart and guidance during the 3D design process
- Take care of the functional integration of the architecture or subsystem: prove, document and present its proper functioning with offline and machine tests
- Troubleshoot issues related to the architecture or subsystem, or the larger flow & temperature domain inside the tools.
Technical BSc or MSc (preferred) Degree in Mechanical Engineering, Applied Physics, Chemical Engineering or a closely related field of study.
- Solid theoretical and practical experience with heat and mass transfer phenomena and applications
- Affinity with measurement tools and setting up of experiments.
- Highly motivated team player with excellent social, coordination and communication skills
- Able to perform in highly dynamic environment
- Ability to organize work effectively and having a systematic approach in problem solving
- Ability to provide technical direction, motivate and convince a team of professionals
- Pragmatic and result-oriented attitude
- Good communication skills and good command of the English language (both written and verbal)
Context of the positionOur cluster plans, develops and delivers integrated solutions that meet business requirements and that specify trade-offs across sectors.Heat and mass transfer influences all ASML's business drivers. It involves knowledge on materials, flow and vacuum, thermal conditioning, transport and generation of particles (e.g. by plasma created by EUV)
It is everywhere in the whole Machine.
ASML creates the conditions that enable you to realize your full potential. We provide state-of-the-art facilities, opportunities to develop your talents, international career opportunities, a stimulating and inspiring environment, and most of all, the commitment
of a company that recognizes and rewards outstanding performance.
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