ASIC Verification Engineer Job at NVIDIA | Apply Right Now

ASIC Verification Engineer Design and implement verification environments, increase check plans, and debug ASIC designs the usage of hardware description languages and verification tools. Ensure practical correctness of virtual circuits and subsystems, collaborate with design groups, and behavior simulations to validate ASIC overall performance and functionality before fabrication.

• Job Role: ASIC Verification Engineer
• Salary: ₹19.8 Lakhs per year
• Location: Bengaluru, Karnataka
• Company: NVIDIA
• Qualification: BS / MS

About Company:

NVIDIA Corporation, founded in 1993, is a global chief in graphics processing technology. Headquartered in Santa Clara, California, NVIDIA designs and produces GPUs (portrait processing units) for gaming, expert visualization, statistics facilities, and automobile markets. The business enterprise is famend for its CUDA parallel computing platform and AI information, riding improvements in deep gaining knowledge of and independent structures. NVIDIA’s products are quintessential to high-performance computing, powering industries from gaming to medical studies. With a robust cognizance of AI, NVIDIA keeps pushing the boundaries of what is possible in visible computing and synthetic intelligence applications internationally.

Role Overview:

NVIDIA seeks passionate ASIC Verification Engineers in Bengaluru for its Graphics group. You’ll affirm IP/Cluster/SOC designs for Graphics Processors and Tegra SOCs, perform pre-silicon validation, and paint on post-silicon verification. Requirements include a BS/MS, 2+ years in ASIC verification, enjoyment of design tools, and expertise in System Verilog and UVM. Skills in debugging, scripting, and reminiscence controllers are superb. Join NVIDIA to impact superior computing technology.

Roles and Obligations Of ASIC Verification Engineer:

Testbench Architecture and Development:

Designing and imposing verification environments with the use of languages like SystemVerilog/UVM. This entails developing modular and reusable additives to verify the capability of the ASIC design.

Test Plan Development:

Collaborating with design and structure teams to outline complete verification strategies. Developing test plans that cover all components of the layout, such as useful correctness, overall performance, and corner-case scenarios.

Functional Verification:

Writing takes a look at instances to validate the ASIC design in opposition to the specifications. Running simulations and debugging screw-ups to isolate issues and paintings intently with design engineers to resolve them.

Verification Closure:

Conducting numerous kinds of verification closure activities, together with code insurance analysis, practical coverage closure, and announcement-primarily based verification to make certain all aspects of the layout had been very well tested.

Documentation and Reporting:

Maintaining targeted documentation of verification activities, outcomes, and methodologies. Presenting findings and development reviews to stakeholders, inclusive of figuring out and communicating risks and offering mitigation techniques.

Skills Required For ASIC Verification Engineer:

Verilog/VHDL:

Proficiency in hardware description languages (HDLs) like Verilog and VHDL is fundamental. Engineers need to jot down and recognize RTL (Register Transfer Level) code to design and confirm ASIC additives.

ASIC Design Flow:

Familiarity with the entire ASIC layout flow is vital. This consists of layout specification, RTL coding, simulation, synthesis, timing analysis, and verification. Understanding these approaches guarantees green design and verification.

Verification Methodologies:

Knowledge of verification methodologies like UVM (Universal Verification Methodology) is vital. These methodologies provide standardized frameworks for verification environments, making it easier to increase comprehensive testbenches.

Scripting and Automation:

Proficiency in scripting languages like Python, Perl, or TCL is incredibly useful. Automation of tasks which includes testbench creation, simulation, and consequences evaluation improves efficiency and hurries up verification cycles.

Problem-Solving and Debugging:

ASIC verification often includes complicated designs and subtle bugs. Strong problem-solving skills, interest in elements, and the ability to debug problems efficaciously are vital to making sure the ASIC layout meets purposeful necessities.

Why NVIDIA?

Cutting-edge technology: NVIDIA leads in GPU innovation, providing opportunities to work on modern day ASICs.

Impactful initiatives: Engineers contribute to products that redefine computing, from gaming to AI and self sustaining vehicles.

Career boom: NVIDIA invests in professional development, supplying schooling and advancement opportunities.

Collaborative environment: Teamwork with top engineers fosters studying and innovation.

Global impact: NVIDIA’s era shapes industries worldwide, imparting a risk to make a large difference.

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