Job summary
Job post source
This job is directly from ASML
Job overview
The Laser System Research Architect at ASML leads the development of advanced laser technologies for next-generation high-power EUV and DUV light sources, impacting microchip production efficiency and innovation.
Responsibilities and impact
The role involves guiding laser design architecture, maintaining technology and metrology roadmaps, defining experimental objectives, conducting system performance tests, troubleshooting, and communicating findings to support product development and innovation.
Compensation and benefits
The position offers a base salary range of $158,250 to $263,750 annually, comprehensive medical, dental, vision, life insurance, 401k plan, paid vacation, and holidays.
Experience and skills
Candidates require a PhD with 4+ years or MS with 8+ years in laser physics, optics, photonics, or related fields, with strong system-level design, laser physics knowledge, hands-on laser system experience, scientific research skills, and leadership ability.
Career development
The job provides opportunities to work on cutting-edge laser technologies in a dynamic team environment fostering continuous improvement and innovation.
Work environment and culture
ASML promotes a collaborative, inclusive, and innovative culture valuing diverse perspectives, integrity, and flexibility in a fast-changing work environment with onsite presence in San Diego, CA.
Company information
ASML is a leading global company specializing in lithography machines for microchip manufacturing, with headquarters in the Netherlands and multiple US offices, known for innovation in semiconductor technology.
Team overview
The candidate will join the Source Research team focused on laser and optical system innovation, collaborating closely with engineering and product development teams.
Job location and travel
This position is located onsite in San Diego, CA, requiring presence for in-person events, meetings, and collaboration, with some travel possible.
Application process
Applicants must apply within a minimum 10-day deadline, with eligibility to access controlled technology required; accommodations are available upon request via a specified email.
Unique job features
The role involves working with high-power laser systems in clean room environments, requiring physical activity like lifting and movement, and offers unique opportunities to influence next-generation laser technology development.
Company overview
ASML is a leading Dutch company specializing in the development and manufacturing of photolithography systems used in the production of semiconductor devices. They generate revenue by selling advanced lithography machines to major semiconductor manufacturers like Intel, Samsung, and TSMC, and through service contracts and software solutions. Founded in 1984, ASML has grown to become a critical player in the semiconductor industry, particularly known for its cutting-edge Extreme Ultraviolet (EUV) lithography technology, which enables the production of smaller, more powerful, and energy-efficient microchips.
How to land this job
Position your resume to highlight your expertise in laser physics, optics, and system-level laser architecture, emphasizing your experience with high-power laser systems and experimental design as outlined in the job description.
Focus on showcasing your ability to guide technology roadmaps, perform system and subsystem testing, and communicate complex technical knowledge effectively to cross-functional teams.
Apply through ASML's official corporate careers page as well as on LinkedIn and other job boards where this position is listed to maximize your application visibility.
Connect with current ASML employees in the Source Research or Laser Systems divisions on LinkedIn; initiate conversations by referencing recent ASML innovations in EUV laser technology or by asking about their experiences working on next-generation laser source development.
Optimize your resume for ATS by including keywords such as 'laser system architecture,' 'high-power laser,' 'optical design,' 'system validation,' 'experimental design,' and 'laser physics' to ensure your resume passes initial automated screenings.
Utilize Jennie Johnson's Power Apply feature to automate the tailoring of your resume, identify multiple application platforms, and find relevant LinkedIn contacts for networking, allowing you to focus your time on preparing for interviews and deepening your industry knowledge.
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