Course Highlights
- Introduction to System Verilog & Verification
- System Verilog Data Types & Arrays
- Process Control & Flow Constructs
- Object-Oriented Programming (OOP) in System Verilog
- System Verilog Assertions & Functional Coverage
- System Verilog Testbench & Verification Environment
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GOI Incentive applicable
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Nasscom Assessment
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Placement Assistance
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Certificate Earned
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Mode of Delivery
Course Details
What will you learn in Design Verification Using System Verilog?
- Ability to design and implement System Verilog-based verification environments.
- Demonstrate skills in debugging verification failures and analyzing functional coverage reports.
- Apply verification methodologies to validate complex digital circuits.
- Successfully complete an end-to-end verification project, showcasing real-world verification expertise.
Why should you take Design Verification Using System Verilog?
- The VLSI industry is booming, with growing demand for verification engineers skilled in System Verilog, Covers everything from fundamentals to advanced concepts, including testbench automation, assertions, OOP, and coverage-driven verification, Learn System Verilog assertions (SVA) for bug detection and functional coverage techniques for test completeness, Get familiar with industry-standard verification methodologies, Gain practical experience that makes you job-ready for SIC/FPGA verification roles.
Who should take Design Verification Using System Verilog?
- VLSI Engineers & RTL Designers transitioning to verification.
- FPGA Developers & ASIC Verification Professionals enhancing their skills.
- Students & Fresh Graduates aspiring for careers in functional verification.
Curriculum
- Foundations of System Verilog & Verification
- Objective: Build a strong foundation in System Verilog and modern verification methodologies.
- Key Topics: Introduction to System Verilog, Verification Methodologies, Testbench Architecture, System Verilog Data Types & Arrays
- Advanced Verification Techniques & Testbench Development
- Objective: Master advanced concepts like OOP, assertions, functional coverage, and testbench automation.
- Key Topics: Process Control & Flow Constructs, Object-Oriented Programming (OOP) in System Verilog, Assertions & Functional Coverage, Testbench Development
- Project & Industry Applications
- Objective: Apply learned concepts to a real-world verification challenge, ensuring job-ready expertise.
- Key Topics: Project Scope Definition, Verification Environment Development, Testbench Optimization & Debugging, Final Demonstration & Review
Tools you will learn in Design Verification Using System Verilog course
- This program provides hands-on experience with industry-standard tools used in FPGA verification. These tools are essential for testbench development, simulation, debugging, and functional verification.