About the Role
This role involves leading the verification of advanced semiconductor designs using constrained-random testing, coverage-driven methodologies, and system-level validation to ensure silicon readiness.
Responsibilities
- Develop and execute comprehensive verification plans for ASIC modules
- Create and maintain testbenches using SystemVerilog and UVM
- Implement constrained-random testing strategies to increase coverage
- Debug and resolve functional issues across multiple design hierarchies
- Collaborate with design teams to understand microarchitecture specifications
- Write assertions and perform formal verification where applicable
- Integrate verification environments across block and system levels
- Utilize coverage metrics to guide test development and closure
- Automate regression flows and reporting systems
- Mentor junior engineers in verification best practices
- Work closely with physical design and timing teams for sign-off
- Analyze simulation results and triage failures efficiently
- Contribute to the development of reusable verification IP
- Support post-silicon validation with pre-silicon insights
- Stay current with industry advancements in verification methodology
- Participate in design reviews and provide feedback from a verification perspective
- Ensure compliance with functional safety and quality standards
- Optimize testbench performance for simulation speed
- Develop sequences and scenarios to stress corner cases
- Collaborate with software teams to align hardware-software interfaces
- Use version control systems for testbench and test case management
- Drive coverage closure across functional and assertion domains
- Evaluate third-party tools and contribute to flow improvements
- Document verification progress and sign-off criteria
- Support bring-up of emulation and FPGA-based prototyping platforms
Compensation
Competitive salary and benefits package
Work Arrangement
Hybrid work model
Team
Part of the silicon engineering team focused on next-generation GPU and system-on-chip development
What We Offer
- Opportunities to work on cutting-edge semiconductor technology
- Access to advanced EDA tools and high-performance computing resources
- Professional growth through technical mentorship and training
- Collaborative culture focused on innovation and execution
Environment
- Fast-paced development cycles with aggressive timelines
- Interdisciplinary teams working on large-scale integration projects
- Emphasis on automation, scalability, and reuse in verification flows
Available for qualified candidates
