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Our Group:
In addition, we lead R&D prototypes and new products in the organization , with large exposure to the most advanced technologies such as precise mechanics, electronics, motion and optics.
Whatyou'll be doing:
Responsible for full system integration in order to meet the system’s specification, on time delivery and quality results until end of installation while managing both the technical and operational aspects of the tool’s integration process.
Tests and troubleshoots modules and fully integrates systems. Performs in-house customer acceptance tests. Travels to customer sites to install and support tools.
Establish and maintain effective relationships with customers and gain their trust and respect.
Follow and complete documentation procedures and forms of semiconductor manufacturing equipment. Pursue and develop procedural, safety and process improvements. Identify problems and resolve problems as an individual or as a team.
Evaluate system quality, performance and configuration issues. Resolve problems. Provide on-site production technical support, equipment operation, repair, maintenance, and upgrade.
Perform complex operational and functional tests, calibrations, verification and troubleshooting of sub-assemblies and/or systems.
Work with other cross-functional groups to develop, design, build and test new production assemblies and NPI systems
Test and troubleshoot system level and component level problems in electrical and mechanical and optical systems and sub-systems.
Work from schematics, diagrams, written and verbal descriptions, layouts or plans to perform moderate testing and troubleshooting.
Perform necessary rework and assists in determining remedies for malfunctions and generates Quality Notifications.
Compily logbooks and test procedures documentation utilizing good writing skills. Assists in revising, developing and implementing department and tool related procedures.
Perform mechanical, electrical, beam, optics and process testing on systems to Engineering and Manufacturing documentation and specifications.
Becomes familiar with current manufacturing and/or engineering processes and stays informed of any changes in procedures. Assists in the correction of problems.
What you should have?
Practical Engineer diploma in in Mechanical / Electrical engineering
0-3 years ofrelevant technicalexperience: System integration experience or other high complexity,
Technical background - Advantage
Up to 10% traveling
Team player, Highly Creative and Proactive
High level of independent work with constant drive for improvement
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Algorithm research
Working on highly innovative technology in the semiconductor industry.
It involves, deep mathematical background, signal processing and estimation, model analysis and multidisciplinary knowledge from physics and algorithms.
Our Group:
Patterning Division
Whatyou'll be doing:
What you should have?
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What’s in it for you?
What you'll be doing:
What should you have?
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Applied Materials is a global leader in materials engineering solutions used to produce virtually every new chip and advanced display in the world. We design, build and service cutting-edge equipment that helps our customers manufacture display and semiconductor chips – the brains of devices we use every day. As the foundation of the global electronics industry, Applied enables the exciting technologies that literally connect our world – like AI and IoT. If you want to push the boundaries of materials science and engineering to create next generation technology, join us to deliver material innovation that changes the world.
What We Offer
You’ll benefit from a supportive work culture that encourages you to learn, develop, and grow your career as you take on challenges and drive innovative solutions for our customers. We empower our team to push the boundaries of what is possible—while learning every day in a supportive leading global company. Visit our Careers website to learn more.
At Applied Materials, we care about the health and wellbeing of our employees. We’re committed to providing programs and support that encourage personal and professional growth and care for you at work, at home, or wherever you may go. Learn more about our .
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Job Description:SW Infrastructure Engineer
Engineer to join our unique product team building next-generation applications to control and manage our products.
lead infrastructure development for ourplatform, driving integration between software and common.This role combines hands-on coding with leadership responsibilities, giving you the opportunity to shape core infrastructure, mentor engineers, and influence cross-domain solutions.
Our Group:
metrology and inspection systems. Our work ensures scalability, reliability, and seamless connectivity across multiple domains.
be doing:
Lead the development and integration of infrastructure components forour team.
Ensure seamless integration withcommoninfrastructure.
Drive infrastructure projects from design to deployment.
Mentor and guide team members on best practices for infrastructure usage.
Collaborate with cross-domain teams to align infrastructure solutions.
What you should have:
Strong hands-on experience in coding and software integration.
track recordwithLinux, Kubernetes,Domian driven architecture
Experience with DevOps and related infrastructure tools.
xperience in infrastructure projects and team mentoring.
Ability to deliver scalable, reliable, and maintainable infrastructure solutions.
Process Diagnostics and Control (PDC)business unit. Based in Rehovot, we develop, manufacture, and marketmachine learning and computer vision-based metrology and inspection products that are essential elements in wafer fabrication. By playing a significant role in enabling the production of the next generation of microchips, ourenables our customers to transform possibilities into reality.
Employee Type:
Applied Materials is an Equal Opportunity Employer. Qualified applicants will receive consideration for employment without regard to race, color, national origin, citizenship, ancestry, religion, creed, sex, sexual orientation, gender identity, age, disability, veteran or military status, or any other basis prohibited by law.
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with proven experience in developingsoftware forand SoC deviceslogic design groupin the R&D Hardware department and developcutting edgein a multidisciplinary system for our
s a SoftwareEngineer in Applied Materials, your development and growth possibilities will be almost limitless: you will use a variety of languages: C, C ++, Python, System Verilogand more, on variety of architectures: ARM,FPGA, micro controllers
Our Group
The Logic Design Group designs, implements, and integrates applications from low end to high end in every aspect needed, from complex digitizers with high speed, low noise,accuratecontrollers, high end synchronizers to our machines, High speed/end frame grabbers to algorithm enhancement for different applications in our tools
,Systemand Algo developers
By joining our uniquegroupyou will plan,designand implement softwareofour future devices and features.
Your software will be aware of HW on one hand, and will integrate with high-level SW on the other hand (Using modern protocols such as GRPC)
As a member ofLogic designgroupyou will make important technical decisions to ensure the scalability and performance of our applications through code and solid architecture, while being surrounded by astrong technical team
you shouldhave?
5+ years of experience in SW development.
Significant Linux user-space experience.
Strong debug capabilities, self-learning skills, abilityto deep dive into unfamiliar areas.
Familiarity with FPGA/ SoCdevices – strong advantage
playeras well as being able to take full ownership and work independently.
A degree in Computer Science, Electrical engineering, ComputerEngineering,or equivalent degree
machine learning and computer vision-based metrology and inspection products that are essential elements in wafer fabrication. By playing a significant role in enabling the production of the next generation of microchips, our
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What’s in it for you?
Whatyou'll be doing:
You will develop automation for computing systems and infrastructures for closed systems. You will assume full responsibility for the computing, operating systems, and infrastructures on our products, including procedures and automated unit testing / ATP, to allow transitioning our solutions to our suppliers, the production floor and eventually our customers.
What should you have?
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What’s in it for you?
What you'll be doing:
You will be leading research, design, development, and implementation of algorithmic modules. You will perform algorithmic concepts and feasibility for image processing algorithms, including problem analysis, data gathering, literature review, concept selection and evaluation and implementation constraint.
What should you have?
These jobs might be a good fit

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Our Group:
In addition, we lead R&D prototypes and new products in the organization , with large exposure to the most advanced technologies such as precise mechanics, electronics, motion and optics.
Whatyou'll be doing:
Responsible for full system integration in order to meet the system’s specification, on time delivery and quality results until end of installation while managing both the technical and operational aspects of the tool’s integration process.
Tests and troubleshoots modules and fully integrates systems. Performs in-house customer acceptance tests. Travels to customer sites to install and support tools.
Establish and maintain effective relationships with customers and gain their trust and respect.
Follow and complete documentation procedures and forms of semiconductor manufacturing equipment. Pursue and develop procedural, safety and process improvements. Identify problems and resolve problems as an individual or as a team.
Evaluate system quality, performance and configuration issues. Resolve problems. Provide on-site production technical support, equipment operation, repair, maintenance, and upgrade.
Perform complex operational and functional tests, calibrations, verification and troubleshooting of sub-assemblies and/or systems.
Work with other cross-functional groups to develop, design, build and test new production assemblies and NPI systems
Test and troubleshoot system level and component level problems in electrical and mechanical and optical systems and sub-systems.
Work from schematics, diagrams, written and verbal descriptions, layouts or plans to perform moderate testing and troubleshooting.
Perform necessary rework and assists in determining remedies for malfunctions and generates Quality Notifications.
Compily logbooks and test procedures documentation utilizing good writing skills. Assists in revising, developing and implementing department and tool related procedures.
Perform mechanical, electrical, beam, optics and process testing on systems to Engineering and Manufacturing documentation and specifications.
Becomes familiar with current manufacturing and/or engineering processes and stays informed of any changes in procedures. Assists in the correction of problems.
What you should have?
Practical Engineer diploma in in Mechanical / Electrical engineering
0-3 years ofrelevant technicalexperience: System integration experience or other high complexity,
Technical background - Advantage
Up to 10% traveling
Team player, Highly Creative and Proactive
High level of independent work with constant drive for improvement
These jobs might be a good fit