
Design Verification Engineer | IPP MPP
at Texas Instruments
Posted an hour ago
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- Compensation
- Not specified
- City
- Country
- United States
Currency: Not specified
**Design Verification Engineer | IPP MPP**: Verify high-current, multi-phase buck converters in high-performance computing and data centers. **Key Responsibilities**: Develop verification plans, create testbenches, validate digital-analog interfaces, and ensure robust designs. **Required Skills**: 3+ years in mixed-signal IC verification, strong scripting proficiency (Python, SKILL), and knowledge of switching converter operation. **Education**: Bachelor's (Master's preferred) in Electrical Engineering.
We are seeking a Mixed-Signal Design Verification Engineer to join our Dallas-based power management design team. This role focuses on verifying high-current power stages for multi-phase buck converters targeting high-performance computing and datacenter applications. You will ensure robust, production-ready designs through comprehensive verification, working closely with the design and test teams
Required Qualifications:
- Bachelor's degree in Electrical Engineering or related field; Master's preferred
- 3+ years of experience in mixed-signal IC verification
- Strong understanding of mixed-signal verification methodologies and best practices
- Proficiency with industry-standard simulation tools
- Experience with scripting languages (Python, SKILL, or similar) for automation
- Basic familiarity with switching converter operation and DC-DC converter topologies
- Strong analytical and debugging skills
- Excellent documentation and communication skills
Key Responsibilities:
- Develop and execute comprehensive verification plans for mixed-signal power management ICs
- Create simulation testbenches and verification environments for power stage circuits
- Verify digital-analog interface boundaries, including timing and functional correctness
- Verify design specifications including load transient response, efficiency, stability, switching performance, and protection features
- Verify fault detection and protection behaviors including overcurrent, undervoltage, and thermal shutdown
- Assess design robustness with board-level and package-level parasitics
- Collaborate with analog designers to identify and resolve design issues early in the development cycle
- Work closely with test engineers to verify and debug test and trim sequences
- Define and track verification coverage metrics to ensure design quality
- Contribute to verification methodology improvements and automation
