At a glance
- Studying Software Engineering, Computer Science or any technical study with focus on software engineering
- Willingness and experience working with C# and WPF
- Knowledge in other programming languages (like C/C++, JavaScript, Perl, Python, ...)
- Good English skills
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At a glance
- Automate the testing of software tools to identify and report defects
- Develop scripts to automate repetitive testing tasks and improve testing efficiency
- Collaborate with our team to identify areas for process improvement and implement automation solutions
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At a glance
- Provide operational application support for equipment automation and systems integration in the semiconductor manufacturing field
- Work closely with manufacturing engineers to improve existing manufacturing processes via IT systems
- Drive innovation, optimization, and continuous improvement of manufacturing IT systems in the testing area
- Learn from an experienced team buddy (if not already experienced in the field)
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At a glance
- Develop and maintain physical verification components, ensuring they meet the highest standards of quality and performance
- Lead the implementation of Calibre DRC, ERC, LVS, and PERC Physical Verification runsets for our wafer technologies
- Collaborate with device development and modelling teams to ensure seamless integration of device verification, extraction, and quality assurance processes
- Implement and apply automated quality assurance checks to ensure the accuracy and reliability of our verification tools
- Create user documentation and provide support to the design community
- Align with internal stakeholders to identify and prioritize project requirements
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At a glance
- Technical leadership: Guide and inspire your team of experts, ensuring the top-level integration of complex SoCs
- Work package management: Estimate, plan, and track the work packages of yourself and your team members to meet project milestones effectively
- Chip-level architecture: Interpret product requirements and implement chip-level architectures and SoC power concepts
- Chip size and power estimation: Utilize your expertise to estimate chip size and power consumption accurately
- Collaborative teamwork: Foster close cooperation with project management, system architects, IP vendors, functional verification, and the integration team for seamless project execution
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At a glance
- Work closely with the Chip-Package-Board CoDesign team to design, implement, test, and maintain innovative software solutions that support semiconductor design processes
- Explore and apply AI/ML algorithms to enhance automation and efficiency in Electronic Design Automation (EDA) workflows and improve Chip-Package-Board CoDesign methodologies
- Develop software solutions using Python, Java, and Cadence SKILL within the EDA framework to support advanced semiconductor design challenges
- Analyze data from design workflows to identify optimization opportunities and implement data-driven solutions using AI/ML approaches
- Create tools that integrate AI/ML-based optimizations for resource-intensive processes such as simulation, design validation, and testing
- Participate in code reviews, maintain high-quality documentation, and develop test plans to ensure robust software solutions
- Acquire skills in "Cadence SKILL" programming and apply it towards developing efficient solutions for CoDesign challenges
- Stay updated with the latest trends in software development, AI/ML, and EDA technologies, actively contributing with new ideas to improve processes
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