Senior Design Engineer
Overview
In this role, you design, optimize, and validate DFT architectures for NAND memory, enabling higher testability and yield. You will collaborate with cross-functional teams to integrate DFT into silicon bring-up and production ramp, while applying AI-powered tools to boost engineering productivity. You will shape test strategies, verification methodologies, and data-driven analyses to improve quality and time-to-market. This position offers the chance to work on cutting-edge NAND designs within Micron's innovation-focused environment.
Retribuzione / Benefits
- meal vouchers
- corporate welfare
- yearly allowance of remote working days
- supplementary health insurance
- life coverage
- Employee Assistance Program
Responsabilità
- Define, implement, and optimize DFT architectures and test strategies for NAND designs (digital and custom circuits)
- Analyze testability and coverage to meet quality, reliability, and manufacturability requirements
- Develop and validate test sequences, NAND test algorithms, and verification methodologies at block and chip level
- Collaborate with multi-functional teams and Product Engineering for DFT integration, silicon bring-up, and production ramp
- Document DFT architectures, methodologies, and results to improve test quality and efficiency
- Leverage AI-enabled tools to enhance code generation, review, debugging, and documentation
- Apply AI-driven analysis to large design/verification/silicon datasets
- Identify opportunities to automate repetitive tasks via AI technologies
- Evaluate and adopt emerging AI capabilities to improve efficiency, quality, and innovation
Requisiti fondamentali
- M.S. in Electrical Engineering or Ph.D. in Electrical Engineering or related field (minimum clearly required)
- Strong understanding of digital design, verification, and DFT principles
- Proficiency in C/C++ and Python
- Hands-on experience with simulation and validation for digital or mixed-signal designs
- Strong problem-solving and communication skills for multi-functional collaboration
- Experience with NAND Flash or non-volatile memory technologies (preferred)
- Familiarity with design automation, scripting, or AI-assisted design and test approaches (preferred)
- Experience with silicon validation, debug, and yield analysis (preferred)
- Laboratory experience with silicon testing (wafer and package level) and test equipment (preferred)
- strong communication
- team collaboration
- problem-solving
- digital design
- verification
- DFT
In this role, you design, optimize, and validate DFT architectures for NAND memory, enabling higher testability and yield. You will collaborate with cross-functional teams to integrate DFT into silicon bring-up and production ramp, while applying AI-powered tools to boost engineering productivity. You will shape test strategies, verification methodologies, and data-driven analyses to improve quality and time-to-market. This position offers the chance to work on cutting-edge NAND designs within Micron's innovation-focused environment.
Retribuzione / Benefits
- meal vouchers
- corporate welfare
- yearly allowance of remote working days
- supplementary health insurance
- life coverage
- Employee Assistance Program
Responsabilità
- Define, implement, and optimize DFT architectures and test strategies for NAND designs (digital and custom circuits)
- Analyze testability and coverage to meet quality, reliability, and manufacturability requirements
- Develop and validate test sequences, NAND test algorithms, and verification methodologies at block and chip level
- Collaborate with multi-functional teams and Product Engineering for DFT integration, silicon bring-up, and production ramp
- Document DFT architectures, methodologies, and results to improve test quality and efficiency
- Leverage AI-enabled tools to enhance code generation, review, debugging, and documentation
- Apply AI-driven analysis to large design/verification/silicon datasets
- Identify opportunities to automate repetitive tasks via AI technologies
- Evaluate and adopt emerging AI capabilities to improve efficiency, quality, and innovation
Requisiti fondamentali
- M.S. in Electrical Engineering or Ph.D. in Electrical Engineering or related field (minimum clearly required)
- Strong understanding of digital design, verification, and DFT principles
- Proficiency in C/C++ and Python
- Hands-on experience with simulation and validation for digital or mixed-signal designs
- Strong problem-solving and communication skills for multi-functional collaboration
- Experience with NAND Flash or non-volatile memory technologies (preferred)
- Familiarity with design automation, scripting, or AI-assisted design and test approaches (preferred)
- Experience with silicon validation, debug, and yield analysis (preferred)
- Laboratory experience with silicon testing (wafer and package level) and test equipment (preferred)
- strong communication
- team collaboration
- problem-solving
- digital design
- verification
- DFT