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ASML

Manufactures photolithography systems for semiconductors

Field Applications Engineer

Full-TimeUpdated on 10/20/2026
$99.4k - $145.8k/yr
Mid
Bachelor's
Austin, TX, USA
HybridOnboarding may occur in San Jose, California or Hillsboro, Oregon before relocation to the customer site in Texas. Travel up to 15%.
Solution Engineering
Company Does Not Provide H1B Sponsorship

About the job

Requirements
  • A bachelor's degree in Physics or Engineering.
  • At least 3 years of SEM inspection experience, especially with voltage-contrast use cases.
  • Experience defining market needs based on a deep understanding of customers, applications, and products.
  • Experience working with internal and external customers, understanding requirements, and developing solutions.
  • Ability to perform detailed data analysis and create experiment-summary presentations.
  • Ability to create designs of experiments for various use cases and share results internally or with customers.
  • Knowledge or hands-on experience with software and technical tools.
  • Ability to observe and respond to people and situations and interact with others encountered during work.
  • Ability to read and interpret data, information, and documents.
  • Strong customer focus and commitment to customer satisfaction through prioritization, quality, efficiency, and professionalism.
  • Ability to complete assignments with attention to detail and a high degree of accuracy.
  • Ability to perform effectively in a demanding environment with changing workloads.
  • Ability to work independently or as part of a team and follow through on assignments with minimal supervision.
  • Ability to establish and maintain cooperative working relationships with coworkers and customers.
  • Ability to work according to strict procedures and timelines.
  • Ability to lead a team and collaborate with related teams.
  • Ability to coordinate and communicate effectively.
  • Willingness and ability to travel up to 15%.
  • Ability to sit for prolonged periods and work at a tool for four hours or longer inside a fab frequently.
Responsibilities
  • Lead the effort to develop and support the HMI e-Beam Inspection (EBI) solution at a customer site in Texas, enabling yield improvement.
  • Maintain application excellence for the installed base by driving high utilization, setting up and maintaining recipes, developing use cases, maintaining tool-to-tool matching, driving bug fixes and new features through the SO system, handling emergency service calls as needed, and providing customer application training.
  • Support NPI engagement through demonstrations at HMI and evaluations at the customer site.
  • Execute H2H activities for the installed base and NPI at the customer site.
  • Create best-known methods and share knowledge through the BKM library.
  • Collect and analyze use cases as part of customer intelligence.
  • Prepare and execute EBI at the customer site.
  • Work with account teams and marketing organizations to define packages that meet customer requirements.
  • Demonstrate technical leadership through problem solving, training, and presentations.
  • Own project collaboration and drive technical engagement to meet customer requirements and achieve tool-of-record configuration.

About the company

ASML designs and manufactures photolithography systems for semiconductor manufacturing. Its main products are deep ultraviolet (DUV) and extreme ultraviolet (EUV) lithography machines that print circuit patterns on silicon wafers, with EUV enabling smaller features. The company sells these systems to leading chipmakers and earns substantial revenue from installation, maintenance, and upgrades over the machines’ lifetimes. Its goal is to help continue scaling semiconductors by leading in high-end lithography and maintaining strong relationships with customers like TSMC, Samsung, and Intel.

Company Size

10,001+

Company Stage

IPO

Headquarters

Veldhoven, Netherlands

Founded

1984

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Simplify's Take

What believers are saying

  • Q2 2026 sales hit €9.3 billion, and full-year guidance rose to €43-45 billion.
  • Management said 2028 EUV output could exceed 110 tools, unlocking AI wafer capacity.
  • India launched ASML operations with Tata Electronics support, opening a new customer frontier.

What critics are saying

  • Europe bought zero ASML lithography tools in 2026, exposing a dead domestic demand base.
  • Chinese DUV entrants in Shanghai threaten ASML's 29% 2025 China revenue by 2027.
  • ASML cut 1,700 jobs in 2026; continued restructuring signals execution strain and morale damage.

What makes ASML unique

  • ASML alone ships EUV systems; no advanced chip node exists without Veldhoven tools.
  • High-NA EUV expands into Nvidia-scale data-center chips, extending ASML's moat through 2033.
  • Installed Base Management generated €2.8 billion in Q2 2026, deepening recurring revenue.

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Benefits

  • Flexible Work Hours
  • Remote Work Options

Growth & Insights and Company News

Headcount

6 month growth

0%

1 year growth

0%

2 year growth

0%
Neoteo
Oct 16th, 2026
SemiAnalysis says ASML may be developing a hybrid-bonding tool.

SemiAnalysis says ASML may be developing a hybrid-bonding tool. A patent-based analysis describes a possible die-to-wafer process; ASML had not announced a tool as of October 15, 2026. October 16, 2026 Key points * 01 SemiAnalysis inferred that ASML may be developing a die-to-wafer hybrid-bonding tool; ASML had not announced it as of October 15, 2026. * 02 SemiAnalysis counted 27 ASML bonding patent families filed from December 2022 through November 2024, mostly related to D2W bonding. * 03 The proposed track-based process and its potential technical advantages are SemiAnalysis's interpretation, not measured tool results. * 04 SemiAnalysis expects advanced logic could be the first application; it forecasts D2W adoption in HBM no earlier than 2029, if it happens at all. SemiAnalysis says ASML may be developing a die-to-wafer hybrid-bonding tool. Its proposed process and potential impact on Besi remain unconfirmed. SemiAnalysis said on October 15, 2026, that ASML may be developing a die-to-wafer (D2W) hybrid-bonding tool, drawing that inference from patent filings, roadmap material and earlier reporting. ASML had not announced the tool as of the analysis. Read SemiAnalysis's analysis. Reuters reported on October 16 that ASML did not confirm the development and declined to comment on the report. Read the Reuters report. What the reporting says about ASML. SemiAnalysis counted 27 ASML bonding patent families filed between December 2022 and November 2024, most related to D2W bonding. It also cited The Elec reporting that ASML had begun architecture design with Prodrive Technologies and VDL ETG. These reports inform SemiAnalysis's inference; they do not amount to an ASML product announcement. The proposed tool is specifically a die-to-wafer bonder: individual semiconductor dies would be bonded to a wafer. The central claim in the coverage traces to SemiAnalysis's analysis. Investing.com summarized that analysis, while Reuters reported on it; those accounts do not constitute separate technical confirmation. How SemiAnalysis describes the proposed process. In SemiAnalysis's interpretation of patent material, each die would travel on an individual holder along a track, passing through inspection, cleaning, plasma activation, metrology and alignment before bonding to a wafer. The analysis suggests that independent shuttles could let stations work concurrently, that adding stations could increase capacity, and that recipes could accommodate different die types. Those are proposed design possibilities, not measured results. SemiAnalysis identifies alignment accuracy and particle control as potential advantages, while also pointing to engineering challenges involving feed-forward metrology, die-to-wafer contact, adapting non-bonding tools to the track and keeping the process loop clean. Why a possible tool could matter to Besi. SemiAnalysis describes Besi as the only supplier with D2W tools in volume production and says its logic-bonding business is concentrated at TSMC and Intel. If ASML develops a competing tool, Besi could face a new rival in that segment. SemiAnalysis expects advanced logic to be the likeliest first application for a prospective ASML tool. Its forecast for D2W bonding in high-bandwidth memory (HBM) is no earlier than 2029, if adoption happens at all. Other Languages Read this article in another available language.

MarketScreener
Oct 16th, 2026
Besi shares fall on report ASML is working on rival hybrid bonding product.

Besi shares fall on report ASML is working on rival hybrid bonding product. Published on 10/16/2026 at 06:54 am EDT - Modified on 10/16/2026 at 06:55 am EDT AMSTERDAM, Oct 16 (Reuters) - Shares in computer chip packaging equipment maker BE Semiconductor Industries (Besi) fell 3% on Friday after influential semiconductor research firm SemiAnalysis reported that one of the company's main growth products will face competition from bigger rival ASML. The SemiAnalysis report analysed 27 patent filings by ASML, which it said indicated ASML was developing a hybrid bonding product. Besi is a fraction of the size of ASML, the biggest maker of equipment used to make semiconductors, but Besi is a leader in hybrid bonding, an advanced packaging technology being used to create a new generation of more powerful three-dimensional chips. ASML has not confirmed it is developing such a tool. Besi did not respond to requests for comment. Besi shares were down 3% at EUR158.50, while ASML was up 1.1% at EUR1,480 in midday Amsterdam trading. A spokesperson for ASML declined to comment on the SemiAnalysis report but pointed to the company's launch of its first advanced packaging tool last year. "We continue to look at which directions the 3D integration industry will evolve... and where ASML's expertise can be of additional value," the company said in a statement at that time. In March, Reuters reported that ASML was planning additional packaging tools, citing Chief Technical Officer Marco Pieters in an interview. "The semiconductor market has already signalled that packaging is one of those next frontiers where performance gains can be unlocked, and ASML seems to be building next-gen tools headed in the same direction," said Nick Rossolillo, co-founder of Chip Stock Investor. "We see the new batch of packaging tools, beyond an EUV pipeline, as critical to pulling off the growth needed to justify (ASML's) elevated valuation." (Reporting by Toby Sterling; Editing by Susan Fenton) (C) Reuters - 2026

Channel NewsAsia
Oct 16th, 2026
Besi shares fall on report ASML is working on rival hybrid bonding product.

Besi shares fall on report ASML is working on rival hybrid bonding product. 16 Oct 2026 06:51PM (Updated: 16 Oct 2026 06:54PM) Add CNA as a trusted source to help Google better understand and surface our content in search results. AMSTERDAM, Oct 16: Shares in computer chip packaging equipment maker BE Semiconductor Industries (Besi) fell 3 per cent on Friday after influential semiconductor research firm SemiAnalysis reported that one of the company's main growth products will face competition from bigger rival ASML. The SemiAnalysis report analysed 27 patent filings by ASML, which it said indicated ASML was developing a hybrid bonding product. Besi is a fraction of the size of ASML, the biggest maker of equipment used to make semiconductors, but Besi is a leader in hybrid bonding, an advanced packaging technology being used to create a new generation of more powerful three-dimensional chips. ASML has not confirmed it is developing such a tool. Besi did not respond to requests for comment. Besi shares were down 3 per cent at €158.50, while ASML was up 1.1 per cent at €1,480 in midday Amsterdam trading. A spokesperson for ASML declined to comment on the SemiAnalysis report but pointed to the company's launch of its first advanced packaging tool last year. "We continue to look at which directions the 3D integration industry will evolve... and where ASML's expertise can be of additional value," the company said in a statement at that time. In March, Reuters reported that ASML was planning additional packaging tools, citing Chief Technical Officer Marco Pieters in an interview. "The semiconductor market has already signalled that packaging is one of those next frontiers where performance gains can be unlocked, and ASML seems to be building next-gen tools headed in the same direction," said Nick Rossolillo, co-founder of Chip Stock Investor. "We see the new batch of packaging tools, beyond an EUV pipeline, as critical to pulling off the growth needed to justify (ASML's) elevated valuation."

WZUU
Oct 16th, 2026
Besi shares fall on report ASML is working on rival hybrid bonding product.

Besi shares fall on report ASML is working on rival hybrid bonding product. By Thomson Reuters Oct 16, 2026 | 6:51 AM AMSTERDAM, Oct 16 (Reuters) - Shares in computer chip packaging equipment maker BE Semiconductor Industries (Besi) fell 3% on Friday after influential semiconductor research firm SemiAnalysis reported that one of the company's main growth products will face competition from bigger rival ASML. The SemiAnalysis report analysed 27 patent filings by ASML, which it said indicated ASML was developing a hybrid bonding product. Besi is a fraction of the size of ASML, the biggest maker of equipment used to make semiconductors, but Besi is a leader in hybrid bonding, an advanced packaging technology being used to create a new generation of more powerful three-dimensional chips. ASML has not confirmed it is developing such a tool. Besi did not respond to requests for comment. Besi shares were down 3% at €158.50, while ASML was up 1.1% at €1,480 in midday Amsterdam trading. A spokesperson for ASML declined to comment on the SemiAnalysis report but pointed to the company's launch of its first advanced packaging tool last year. "We continue to look at which directions the 3D integration industry will evolve... and where ASML's expertise can be of additional value," the company said in a statement at that time. In March, Reuters reported that ASML was planning additional packaging tools, citing Chief Technical Officer Marco Pieters in an interview. "The semiconductor market has already signalled that packaging is one of those next frontiers where performance gains can be unlocked, and ASML seems to be building next-gen tools headed in the same direction," said Nick Rossolillo, co-founder of Chip Stock Investor. "We see the new batch of packaging tools, beyond an EUV pipeline, as critical to pulling off the growth needed to justify (ASML's) elevated valuation." (Reporting by Toby Sterling; Editing by Susan Fenton) Now Playing WZUU 92.5 - Kalamazoo's Music Authority Fri Oct 16 Kalamazoo, MI, USA Wind/Dir: 30 MPH-NW Humidity: 94%

Hartford Business
Oct 15th, 2026
ASML plans new investment, job growth at Wilton facility amid AI-driven chip boom.

ASML plans new investment, job growth at Wilton facility amid AI-driven chip boom. October 15, 2026 Dutch semiconductor equipment manufacturer ASML plans to make a substantial new investment in its Wilton manufacturing and research facility, shifting more of its operations toward advanced chipmaking technology to meet the surging demand fueled by artificial intelligence. The initiative will involve reconfiguring existing manufacturing space, investing in equipment and expanding the workforce, Jim Koonmen, ASML's chief customer officer and president of its U.S. operations, told Hartford Business Journal during an interview Thursday. ASML has not yet determined the investment's total cost or how many jobs it will create, Koonmen said. The company employs more than 3,000 people in Wilton. "We're doubling down on the advanced technology that we're going to be doing at that site," he said. The changes will dedicate a greater share of Wilton's manufacturing, design and development activities to extreme ultraviolet (EUV) lithography systems, which are used to produce the advanced semiconductors powering AI applications. Lithography uses light to transfer intricate circuit patterns onto silicon wafers. EUV technology enables manufacturers to create the extremely small patterns needed for increasingly powerful chips. The facility at 77 Danbury Road in Wilton produces critical components for every lithography system ASML manufactures, including its most advanced EUV machines. The Wilton facility also plays a key role in developing components for ASML's next-generation High-NA EUV systems, which produce even finer circuit patterns than existing machines. Koonmen compared the technology to a camera with a larger aperture, allowing it to capture sharper, higher-resolution images. The new systems, he said, are expected to enter high-volume manufacturing at customer facilities within the next year or two, with Wilton playing a central role in their development and production. The changes will involve converting portions of the facility currently devoted to older-generation lithography systems to accommodate greater EUV production, Koonmen said. "It will be a substantial investment in facilities" and capital expenditures at the site, he said. The new plans follow ASML's $200 million expansion in Wilton, announced in 2022, which included additional manufacturing capacity for existing EUV systems and next-generation High-NA EUV technology. Koonmen said that expansion is now complete. The new initiative comes as ASML faces unprecedented demand for its equipment. The company announced Wednesday that third-quarter net sales reached a record 11.7 billion euros, with net income of 5 billion euros. ASML projects full-year sales of 44 billion to 45 billion euros. ASML also warned that its currently planned production capacity for 2027 and 2028 will not fully satisfy anticipated customer demand. The company is targeting a 30% increase in production of its existing EUV systems in 2027 and another 30% increase in 2028, Koonmen said. Meeting the increased production targets will require suppliers to also increase production and ASML to recruit and train additional workers, he said. AI is also changing how ASML operates. The company is using the technology to improve its products, software development and equipment maintenance, Koonmen said.ASML has about 5,000 to 6,000 lithography machines worldwide, and he said AI could help technicians diagnose problems and identify needed repairs more quickly, reducing equipment downtime. "AI is an accelerant for us," Koonmen said, adding that the company views the technology as a way to expand its capabilities rather than just reduce costs. Wilton has been a center of semiconductor technology for approximately four decades, dating to operations under Perkin-Elmer and later Silicon Valley Group, before ASML acquired the business. The facility's combination of manufacturing, engineering, research and supply chain operations allows it to handle increasingly sophisticated assignments without having to develop those capabilities elsewhere, Koonmen said. He attributed the Wilton facility's growing importance to its experienced workforce and combination of engineering, manufacturing and supply chain capabilities. "We have no plans to move anywhere," Koonmen said. "It's the education, the expertise that is in the workforce there is just unbelievable. It's totally critical for what we do."