Senior Applications Engineer - ASML
Austinonsitesenior
Posted today · via Workday
About this role
Introduction to the job This is a high-impact opportunity to play a senior technical role in the startup, ramp, and maturation of Applications Engineering support for a new US-based advanced-node customer. You will contribute to establishing Applications Engineering capability for a development line in Texas and a future high-volume manufacturing (HVM) site. As a Senior Applications Engineer, you will be among the initial cohort of engineers responsible for enabling site success. You will build strong customer relationships and drive technical execution from early wafer introduction through pilot-line execution and ramp to volume.…
What we'd score you on
reqspace match rubricFive dimensions, recruiter-grade. Upload your resume and we'll generate a written explanation of where you fit and where the gaps are.
1
Skills match
For this role: python, r, matlab, teams
2
Level fit
This role is senior-level. We check your trajectory against it.
3
Domain experience
Your work in the role's domain matters more than your years total. We weight recent and direct experience.
4
Recency
A skill you used last quarter weighs more than one from five years ago. We grade on recency, not lifetime.
5
Location fit
This role is based in Austin. We weight your proximity and willingness to relocate.
Score yourself on this role.
Free · no card · written explanation included
Skills in this role
Pulled from the job description. These are the keywords we'll weight when scoring your fit.
pythonrmatlabteams
More at ASML US, LP. (US20)
- View →HMI Apps EngineerIcheon, Korea
- View →Quality assurance engineer / Qualitätsingenieur:in - High-tech ManufacturingBerlin, Germany
- View →[Cymer, An ASML Company] Pyeongtaek Factory Technician (신입 채용)Pyeong-Taek, Korea
- View →CS - EUV E2E Workstream Technical Project Leader - TainanTainan, Taiwan
- View →CS Site Manager (Based in Gujarat, India)Singapore, Singapore
- View →Physics | Optics internship: investigation of electro‑optic modulator leakage mechanismsVeldhoven, Netherlands
