Verification Engineer, SOC
Are you looking for a challenging and dynamic role in the fast-paced world of computer graphics and artificial intelligence? Look no further! NVIDIA is seeking a highly motivated and experienced Verification Engineer to join our System on Chip (SOC) team. As a member of the SOC team, you will play a crucial role in ensuring the quality and functionality of our cutting-edge GPU designs. We are seeking individuals with a strong background in verification methodologies and a passion for pushing the boundaries of technology. If you are ready to take on the challenge of testing and verifying our industry-leading products, we want to hear from you!
- Develop and implement comprehensive verification methodologies for complex GPU designs
- Collaborate with other engineers and cross-functional teams to define verification strategies and requirements
- Design and develop testbenches, test cases, and automated scripts to verify functionality and performance of GPU designs
- Execute and debug tests to identify and report design issues
- Analyze and track coverage metrics to ensure thorough testing of all design features
- Work closely with design and architecture teams to understand and debug design issues
- Continuously improve and optimize verification processes and methodologies
- Stay updated on industry trends and advancements in verification techniques
- Provide guidance and mentorship to junior verification engineers
- Communicate progress and issues to project management and stakeholders
- Contribute to the overall success of the SOC team and NVIDIA by delivering high-quality and reliable products.
Strong Understanding Of Asic Design And Verification Methodologies: A Successful Verification Engineer At Nvidia Should Be Well-Versed In Industry-Standard Methodologies For Verification Of Complex System-On-Chip (Soc) Designs. This Includes Knowledge Of Languages Such As Systemverilog, Uvm, And Scripting Languages Like Perl And Python.
Experience With Industry-Standard Verification Tools: Nvidia Expects Its Verification Engineers To Have Hands-On Experience With Industry-Standard Verification Tools, Such As Mentor Graphics Questa, Cadence Incisive, And Synopsys Vcs. Familiarity With Formal Verification Tools Like Jaspergold Is Also Desirable.
Knowledge Of Soc Architectures And Ip Integration: A Verification Engineer At Nvidia Should Have A Solid Understanding Of Soc Architectures And The Integration Of Various Ip Blocks, Such As Processors, Memory Controllers, And Communication Interfaces. This Knowledge Is Critical For Identifying And Resolving Potential Design Conflicts And Performance Bottlenecks.
Experience With Debug And Coverage Analysis: The Ability To Debug Complex Issues And Analyze Verification Coverage Results Is A Key Skill For A Verification Engineer At Nvidia. Familiarity With Tools Like Verdi, Vc Spyglass, And Synopsys Coverpoint Is Highly Desirable.
Strong Communication And Collaboration Skills: As A Member Of A Cross-Functional Team, A Verification Engineer At Nvidia Should Possess Excellent Communication And Collaboration Skills. This Includes The Ability To Work Effectively With Design Engineers, Project Managers, And Other Stakeholders To Successfully Deliver High-Quality Verification Results.
SystemVerilog
UVM
Coverage analysis
Logic Design
Formal Verification
Verification Methodology
Emulation
Testbench Development
Constraint Random
Assertion Based Verification
Power Aware Verification
Communication
Conflict Resolution
Emotional Intelligence
Leadership
Problem Solving
Time management
creativity
Critical thinking
Teamwork
Adaptability
According to JobzMall, the average salary range for a Verification Engineer, SOC in Bengaluru, Karnataka, India is between ₹1,500,000 to ₹2,500,000 per year. This translates to approximately $20,000 to $33,000 in USD. However, salaries may vary depending on the specific company, experience level, and other factors.
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NVIDIA Corp. designs and manufactures computer graphics processors, chipsets, and related multimedia software. The company operates through two segments: Graphics Processing Unit and Tegra Processor. The Graphics Processing Unit segment includes sales of the company's GeForce discrete and chipset products that supports desktop and notebook PCs plus license fees from Intel and sales of memory products. The Tegra Processors segment provides processors that deliver superior visual and multimedia experience on tablets, smart phones and gaming devices while consuming minimal power.
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