

Share
What We Offer
Location:
in it for you?
Shape the architecture and design of complex electronic boards, including high-speed interfaces, precision controllers, and specialized mixed-signal circuits.
Influence technology roadmaps and ensure alignment with system-level requirements.
Collaborate with multidisciplinary teams across hardware, FPGA, software, algorithms, and system engineering.
Grow into senior leadership roles while mentoring engineers and fostering technical excellence.
Our Group
The Digital Electronics Groupis responsible for:
Designing and implementing high-speed mixed-signal boards.
Developing precision controllers and synchronization systems.
Creating specialized boards for advanced semiconductor inspection tools. Our work enables real-time data acquisition and control, integrating seamlessly with FPGA, software, and algorithmic components.
be doing
Lead and manage a team of board design engineers focused on mixed-signal and high-speed electronics.
Define architecture and design strategies for complex boards, ensuring signal integrity and compliance with performance requirements.
Oversee project execution from concept through production, ensuring quality andtimelydelivery.
Collaborate closely with FPGA engineers to ensure seamless integration between boards and programmable logic.
Work with cross-functional teams (SW, Algo, System, Mechanical) to deliver integrated solutions.
Drive innovation by evaluatingemergingtechnologies and incorporating them into product roadmaps.
Mentor team members, foster technical excellence, and build a culture of collaboration and continuous improvement.
What you should have
At least 8 years in board design development, including 3+ years in a proven leadership experience managing board design teams.
B.Sc./M.Sc. in Electrical Engineering or Computer Engineering.
Deep technicalexpertisein mixed-signal and high-speed board design, including controllers and special-purpose boards.
Strong understanding of signal integrity, power integrity, and PCB design for high-speed systems.
Familiarity with design tools (e.g., Cadence, Mentor, Altium) and simulation environments.
Knowledge of FPGA interfaces and hardware/software co-design principles.
Excellent communication and decision-making skills.
These jobs might be a good fit

Share
What We Offer
Location:
skilled and detailed-oriented Software Quality Assurance (QA) Engineerm of building next generationto control andmanage our
As a keymember, you will help develop our products by ensuring our applications are stable and. You willbe part of, whicha grto learn and develop your skills
Our Group:
are responsible fordeveloping new capabilities forelectron microscope (SEM)for semiconductor production manufacturing.
:
Collaborate with Product Development and customers to ensure requirements meet their needs.
Plan, develop, implement, andmaintaincomprehensive test plans and test cases for new software projectsmaintainquality standards for company products.
Design and execute comprehensive test cases at both code and system levels, ensuring full coverage of requirements and specifications.
various typesof tests, including new functionality, regression, performance, and scheduled nightly runs.
Create an efficient working environment byleveragingautomation scripts to streamline and simplify testing tasks.
Maintain documentation of test plans and test results toassistin debugging and software modification.
Analyze test results to ensure existing functionality and recommend corrective actions.
Collaborate with development engineers to resolve issues and ensure seamless integration of software into scientific computation, data acquisition, and processing workflows.
Work independently in the field with minimal supervision,demonstratingstrong problem-solving and decision-making skills.
Stay up to date with the latest software testing trends and technologies.
should youhave?
A bachelor's degree or practical engineer in one of the scientific fields
At least3years of experience in software quality assurance
Familiarity with Agile development methodologies
Strong technical skills in software testing and quality assurance
Strong problem-solving and analytical skills
Excellent communication and interpersonal skills
understanding of software development life cycle
Advantages:
Proven experience and productivity gains from using AI tools.
Solid understanding of coverage techniques in Agile software development.
Experience working in a global company or large-scale high-tech organization.
Ability to define test flows for automation development.
Familiarity with Jira and Xray.
are we
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
These jobs might be a good fit

Share
What's in it for you?
What will you be doing?
What you should have:
These jobs might be a good fit

Share
About the Group
ICAPS Software Groupis responsible for the end-to-end development of ICAPS products, which utilize Scanning Electron Microscopes (SEM) to detect defects and measure nanoscale elements during semiconductor manufacturing.
Our scope includes all software components: database architecture, device control and synchronization, fab interface and automation, and application development.
Key Responsibilities
Qualifications
These jobs might be a good fit

Share
Our Group:
Supply chain out of the operation division.
Whatyou'll be doing:
These jobs might be a good fit

Share
What We Offer
As a key member, you will help develop our products by ensuring our applications are stable and perform well. You will be part of a strong team, which is a great opportunity to learn and develop your skills and have a direct impact on the product’s success.
Requires in-depth knowledge and experience. Uses best practices and knowledge of internal or external business issues to improve products or services. Solves complex problems; takes a new perspective using existing solutions. Works independently, receives minimal guidance. Acts as a resource for colleagues with less experience.
doing:
What should you have?
Advantages:
These jobs might be a good fit

Share
Our Group:
Supply chain out of the operation division.
Whatyou'll be doing:
These jobs might be a good fit

Share
What We Offer
Location:
in it for you?
Shape the architecture and design of complex electronic boards, including high-speed interfaces, precision controllers, and specialized mixed-signal circuits.
Influence technology roadmaps and ensure alignment with system-level requirements.
Collaborate with multidisciplinary teams across hardware, FPGA, software, algorithms, and system engineering.
Grow into senior leadership roles while mentoring engineers and fostering technical excellence.
Our Group
The Digital Electronics Groupis responsible for:
Designing and implementing high-speed mixed-signal boards.
Developing precision controllers and synchronization systems.
Creating specialized boards for advanced semiconductor inspection tools. Our work enables real-time data acquisition and control, integrating seamlessly with FPGA, software, and algorithmic components.
be doing
Lead and manage a team of board design engineers focused on mixed-signal and high-speed electronics.
Define architecture and design strategies for complex boards, ensuring signal integrity and compliance with performance requirements.
Oversee project execution from concept through production, ensuring quality andtimelydelivery.
Collaborate closely with FPGA engineers to ensure seamless integration between boards and programmable logic.
Work with cross-functional teams (SW, Algo, System, Mechanical) to deliver integrated solutions.
Drive innovation by evaluatingemergingtechnologies and incorporating them into product roadmaps.
Mentor team members, foster technical excellence, and build a culture of collaboration and continuous improvement.
What you should have
At least 8 years in board design development, including 3+ years in a proven leadership experience managing board design teams.
B.Sc./M.Sc. in Electrical Engineering or Computer Engineering.
Deep technicalexpertisein mixed-signal and high-speed board design, including controllers and special-purpose boards.
Strong understanding of signal integrity, power integrity, and PCB design for high-speed systems.
Familiarity with design tools (e.g., Cadence, Mentor, Altium) and simulation environments.
Knowledge of FPGA interfaces and hardware/software co-design principles.
Excellent communication and decision-making skills.
These jobs might be a good fit