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IntroductionASML produces complex lithographic machines called TWINSCANs. These machines are used in the process of making computer chips.The TWINSCAN machines consists of several moving parts, among which the primary ones are the Wafer Stage and the Reticle Stage. The Wafer Stages carry the wafers - the substrates from which chips are produced. In parallel, the Reticle stage  carries the reticle, which contains the pattern that is to be exposed onto the wafer. These st

IntroductionAt DUV Prepack, we disassemble NXT machines in cleanroom cabins with teams of approximately five people per cabin. This is a physically demanding environment, positioned at the end of the production line, where delays are not an option. The pressure is high, and personal stress factors both at work and at home can further affect it. Our total team size is around 60 FTE employees. In recent years, we have been facing a persistently high illness

IntroductionIn the Laser Beam Quality team, we work on part of the extreme ultraviolet (EUV) machine in the SF15 cluster, where laser light is generated and transported to vessel for EUV light generation. The beam delivered to the vessel has to adhere to quality specifications to secure efficient EUV generation. Some basics are explained here: https://youtu.be/5yTARacBxHI?si=FUs_pbDcZ_NEV8FF 

IntroductionASML manufactures complex lithography machines that chipmakers use to produce integrated circuits or computer chips. These lithography machines contain a lot of powerful mechatronic modules. Metrology orchestrates the behavior of all these modules such that together they achieve an extraordinary combination of speed and accuracy. ASML's advanced metrology systems (YieldStar) are used to measure and compensate for sub-nanometer inaccuracies that inevitably creep in due to

IntroductionASML produces complex lithographic machines called TWINSCANs. These machines are used in the process of making computer chips.The TWINSCAN machines consists of several moving parts, among which the primary ones are the Wafer Stage and the Reticle Stage. The Wafer Stages carry the wafers - the substrates from which chips are produced. In parallel, the Reticle stage  carries the reticle, which contains the pattern that is to be exposed onto the wafer. These st

IntroductionAt DUV Prepack, we disassemble NXT machines in cleanroom cabins with teams of approximately five people per cabin. This is a physically demanding environment, positioned at the end of the production line, where delays are not an option. The pressure is high, and personal stress factors both at work and at home can further affect it. Our total team size is around 60 FTE employees. In recent years, we have been facing a persistently high illness

IntroductionIn the Laser Beam Quality team, we work on part of the extreme ultraviolet (EUV) machine in the SF15 cluster, where laser light is generated and transported to vessel for EUV light generation. The beam delivered to the vessel has to adhere to quality specifications to secure efficient EUV generation. Some basics are explained here: https://youtu.be/5yTARacBxHI?si=FUs_pbDcZ_NEV8FF 

IntroductionASML manufactures complex lithography machines that chipmakers use to produce integrated circuits or computer chips. These lithography machines contain a lot of powerful mechatronic modules. Metrology orchestrates the behavior of all these modules such that together they achieve an extraordinary combination of speed and accuracy. ASML's advanced metrology systems (YieldStar) are used to measure and compensate for sub-nanometer inaccuracies that inevitably creep in due to

IntroductionStage Position Measurement (SPM, FC-031) Software is part of Embedded Software Development department that helps create ASML product and services that meet its customers' performance requirements in advanced nanometer-precision control, yield and throughput. The TWINSCAN machines’ main moving parts are the stages:The Wafer Stages carry the wafers, the substrates on which chips are produced.The Reticle Stage carries the ret

IntroductionASML designs, develops and integrates markets and services with advanced photolithography systems used by customers – the major global semiconductor manufacturers – to create chips that power a wide array of electronic, communications and information technology products. These machines produce big amounts of data, of which the value can only be extracted by Data Science.Curious about working with sophisticated data sets using a well-known analytics platform