VLSI (Very-Large-Scale Integration) verification training is an essential program designed for engineers and professionals who aspire to master the techniques and tools required to verify complex integrated circuits. The verification process ensures that the design meets the specified requirements and functions correctly before manufacturing, saving time and costs associated with post-production errors.

Course Objectives

Understanding Verification Basics: Introduction to VLSI design and the importance of verification in the design cycle.

Verification Methodologies: Learning about different verification methodologies such as simulation-based verification, formal verification, and hardware emulation.

Tools and Languages: Gaining proficiency in industry-standard verification tools (like Cadence, Synopsys, and Mentor Graphics) and languages (such as SystemVerilog, UVM, and VHDL).

Testbench Development: Developing comprehensive testbenches to simulate and validate the design's functionality.

Debugging Techniques: Learning effective debugging techniques to identify and rectify design issues.

Coverage Analysis: Understanding and applying coverage metrics to ensure thorough verification.

Advanced Verification Topics: Exploring advanced topics such as constrained-random verification, assertions, and verification IPs (VIPs).

Course Structure

Introduction to VLSI and Verification

Basics of VLSI design

Importance of verification

Overview of the verification process

Verification Methodologies

Simulation-based verification

Formal verification techniques

Hardware emulation and prototyping

Verification Tools and Languages

Using Verilog HDL for verification

Introduction to SystemVerilog and UVM

Testbench Architecture

Creating modular testbenches

Writing stimulus and checking responses

Integrating design under test (DUT) with the testbench

Debugging and Troubleshooting

Common debugging techniques

Using waveforms and log files for debugging

Debugging with simulators and emulators

Coverage and Assertions

Functional and code coverage

Writing and using assertions

Coverage-driven verification

Advanced Verification Techniques

Constrained-random verification

Using verification IPs (VIPs)

Automating the verification process

Hands-On Projects and Case Studies

Participants will engage in hands-on projects and case studies that mimic real-world verification challenges. These practical exercises are designed to reinforce theoretical knowledge and provide practical experience with verification tools and methodologies.

Target Audience

Aspiring VLSI Engineers: Fresh graduates and entry-level engineers looking to build a career in VLSI design and verification.

Experienced Engineers: Professionals in the semiconductor industry seeking to update their skills and knowledge in modern verification techniques.

Technical Managers: Managers overseeing VLSI design and verification projects who need a better understanding of the verification process to make informed decisions.

Benefits of VLSI Verification Training

Enhanced Skills: Equip yourself with the latest techniques and tools in VLSI verification.

Career Advancement: Improve your job prospects and career growth in the semiconductor industry.

Quality Assurance: Ensure the reliability and functionality of VLSI designs, reducing post-production errors and costs.

Industry Relevance: Stay updated with industry trends and best practices in VLSI verification.