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Responsibilities:
Serve as a technical leader in Formal Verification across IP subsystem and SoC levels.
Develop implement and promote bestinclass Formal Verification methodologies driving adoption across both block and toplevel verification teams.
Collaborate closely with architecture and design teams to derive formal specifications and integrate them into the design and verification process.
Define and manage the scope of formal verification activities including environment creation coverage closure and deployment of advanced formal techniques.
Build scalable and reusable formal verification environments to enhance efficiency and maintainability.
Evaluate adopt and integrate EDA tools and solutions that support advanced Formal Verification capabilities.
Provide mentorship and technical training to engineering teams on formal tools techniques and methodology best practices.
Minimum Qualifications:
Bachelors degree in Computer Science Computer Engineering Electrical Engineering or a related field or equivalent practical experience.
5 years of handson experience in Formal Verification.
Indepth experience with formal verification techniques such as datapath verification sequential equivalence checking Xpropagation analysis clock gating and connectivity validation.
Strong grasp of complexity reduction and abstraction strategies in Formal Verification.
Demonstrated analytical problemsolving skills particularly in addressing complex design challenges.
Proven ability to work collaboratively with crossfunctional teams including architecture design and verification.
Proficiency in hardware description and assertion languages (SystemVerilog SVA).
Solid scripting skills using Python Perl or Tcl.
Handson experience with leading formal verification tools such as Cadence JasperGold or Synopsys VC Formal.
Preferred Qualifications:
Ability to quickly interpret specifications and derive meaningful formal properties and behaviors.
Experience verifying complex computeintensive blocks (DSP CPU GPU or custom accelerators) using formal methods.
Background in verifying clock domain crossings lowpower designs and IPXACTbased register files using formal techniques.
Experience working on largescale SoC projects and driving formal signoff at scale.
Familiarity with endtoend flow automation from specification to formal closure.
Experience using simulators and waveform analysis tools for debug and validation.
Full Time