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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?
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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:
System Integration Engineers work with multi-disciplinary system involving different modules and disciplines, such as EBeam (Electron-beam Microscopy), high-end optics, lasers, precise mechanics, RF, motion and control etc.
Hence, this position requires high system understanding ,deep engineering knowledgeand high accountability level.
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What We Offer
for the semiconductor industry.
unitprovidesinnovative solutions to meet the metrology and inspection needs of emerging semiconductor technologies—beyond traditional memory and logic sectors.
systemsengineering group plays a pivotal role in shaping groundbreaking solutions, bridging market needs with technical innovation.
What We Offer
A key role in the product development lifecycle, where your innovative, multidisciplinary, and systems-level thinking will shine.
A place in a diverse and well-established organization, offering continuous learning and growth across multiple domains.
Your Responsibilities
Define system architecture that connects market requirements with engineering capabilities.
Develop new operational modes to enhance the performance of existing hardware, delivering added value to customers.
Analyze system and module-level performance toidentifyopportunities for expanding operational boundaries.
Collaborate with cross-functional teams to resolve technical challenges in both R&D and field environments.
Looking For
BSc in Physics or Engineering; MSc or PhD is a plus.
+ years of experienceassystemsengineer indeveloping multidisciplinary systems.
Background in electro-optics, mechatronics, or signal/image processing.
Experience in system or application engineering for PDC systems – an advantage.
Semiconductor industry experience – an advantage.
in Python or MATLAB – an advantage.
Demonstrated ability to learn independently, apply analytical thinking, and integrate knowledge across disciplines.
Strong collaboration and leadership skills.
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What’s in it for you?
Whatyou'll be doing:
You will develop automation in the computing systems and infrastructures in the IT environment for closed systems, you will get full responsibility for the computing, operating systems, and infrastructures on our products, and you will be the owner of the procedures and testing as a development unit (RnD) that transfers the solution to the production floor.
Our team is also responsible for providing support to the Applied Materials software group - which needs and is required to install third-party software or request ad-hoc solutions that we provide by installing software that is required for the benefit of the product, and this is done by automation or procedures that we are the owner of them.
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:
Since we are taking about a multi-disciplinary system involving several modules and disciplines, such as EBeam (Electron-beam Microscopy), high-end optics, lasers, precise mechanics, RF, motion and control etc., the essence of our work requires high system understanding and deep engineering knowledge.
What you should have?
This is a physically demanding position that often requires extensive walking, standing for extended periods of time, working in tight spaces, bending, squatting, twisting, kneeling, reaching, climbing stairs and ladders, lifting up to 35 lbs., the ability to distinguish between colors, the ability to work in an environment with noise that may be difficult for some individuals with sensitivity to noise, and the use of hand and power tools.
Full timeNew College GradThese jobs might be a good fit

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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, MesoVision group
Whatyou'll be doing:
What you should have?
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Job Description
You will tackle some of the most challenging problems in the field of imaging and metrology. You will have the opportunity to innovate and develop ideas from their inception, shaping them into viable products. You will be part of a small, talented, multi-disciplinary team working in a startup mode but with the support of a large and strong organization. You will enhance your skills in optical and SEM-based metrology, understand complex systems and designs, and gain experience with advanced algorithms.
Whatyou'll be doing:
What should you have?
Advantage:
to be updated later before publication
Bachelor's Degree4 - 7 YearsFull timeAssignee / RegularThese jobs might be a good fit

Share
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