Principal Design Verification Engineer, Lightmatter

• 15 years of related experience with a Bachelor’s degree; or 12 years and a Master’s degree in Electrical/Computer Engineering or a related field
• Minimum of 8 years of experience in design verification
• Profound knowledge of AMS modeling and solid experience in Mixed-signal verification
• Deep understanding and hands-on experience with UVM for testbench development
• Demonstrated expertise in emulation methodologies and tools, with a track record of leading emulation efforts
• Strong analytical skills combined with excellent communication abilities to collaborate effectively with cross-functional teams
• Experience in advanced DV techniques and languages including UVM
• Ability to work with diverse teams of engineers and scientists
• Experience with creating UVM/SV based testbenches for Analog Mixed-Signal applications

Desirable

• We are seeking a Principal Design Verification Engineer with expertise in three key areas: AMS modeling, Mixed-signal verification, and emulation
• In this pivotal role, you will be entrusted with the responsibility of developing accurate AMS models, conducting thorough Mixed-signal verification, and leading cutting-edge emulation efforts
• Each of these components is crucial to our mission. Your proficiency in AMS modeling ensures the fidelity and robustness of our designs. Through Mixed-signal verification, you will validate the integrity of both analog, photonics, and digital components of our products
• And with your leadership in emulation, you will expedite product development and deployment, keeping us at the forefront of a competitive landscape
• Your role will be instrumental in fostering collaboration among design, verification, and software teams
• By ensuring our products are technologically advanced, innovative, and aligned with the ever-evolving needs of our customers, you will be a key player in our continued success
• Lead the Analog Mixed Signal (AMS) modeling efforts to ensure that all designs are accurately represented and ready for verification
• Interface directly with the Photonics and analog design teams to gain a deep understanding of their designs and requirements
• Develop or oversee the development of AMS models that reflect the design intent, ensuring that they are robust, accurate, and efficient
• Lead the mixed-signal verification efforts, ensuring that the design meets all functional and performance specifications
• Collaborate with multidisciplinary teams, bridging the gap between digital, analog, and Photonics domains, to ensure seamless integration and verification processes
• Forge and maintain strong relationships with AMS tool vendors
• Collaborate with vendors to continually refine, improve, and optimize our AMS verification flow
• Drive initiatives to ensure that our verification methodologies remain at the cutting edge, leveraging the best techniques and practices in the industry
• Spearhead the company's emulation activities, ensuring that our design and verification processes are scalable and efficient
• Interface with the software team, ensuring that the hardware emulation and software stacks are aligned and optimized for performance and functionality