OVERVIEW
System Verilog Assertions (SVA) play a critical role in modern hardware verification by providing a structured way to specify and verify design properties. This training program is designed as an introductory guide for working professionals, focusing on the fundamental concepts, syntax, and applications of SVA in functional verification. It highlights the growing importance of assertions in detecting bugs earlier, improving design confidence, and ensuring comprehensive verification coverage in increasingly complex digital systems.
Throughout the 4-day course, participants will progress from basic to advanced SVA topics, including assertion constructs, sequences, timing controls, and temporal operators. The program also emphasizes practical integration of SVA into testbenches, simulation, and formal verification environments, along with industry best practices such as creating reusable assertion libraries. By combining theoretical concepts with hands-on exercises, the training prepares professionals to effectively apply SVA in real-world verification workflows.
By the end of the course, participants will be able to:
- Grasp the foundational concepts of assertions and System Verilog Assertion (SVA).
- Comprehend the syntax, constructs, and operators used in SVA.
- Develop the ability to write basic to moderately complex assertions using SVA.
- Learn immediate and concurrent assertion constructs and their application.
- Explore advanced constructs such as timing controls, sequences, and temporal operators in SVA.
- Understand how to model complex behavior using SVA properties.
- Learn how to integrate SVA into testbenches and verification environments effectively.
- Understand the usage of assertions in simulation and formal verification methodologies.
- Implement best practices for writing reusable and maintainable SVA assertions.
- Utilize assertion libraries and macros effectively for improved productivity.
Typically spans 4 days (9am to 5pm).
Nonetheless, we can customize both the program’s duration and schedule to cater to unique client requirements (e.g., compact 1-2 days workshops or extended sessions beyond 4 days).
- Design Verification Engineers
- Functional Verification Engineers
- ASIC/FPGA Design Engineers
- Test and Validation Engineers
- R&D Engineers involved in hardware verification
PROPOSED OUTLINE/AGENDA
- Icebreaker & Trainer Introduction
- Program Objectives
Introduction to Assertions
- Overview of assertion-based verification
- Importance of assertions in functional verification
- Evolution and need for SystemVerilog Assertion (SVA)
SystemVerilog Assertion (SVA) Fundamentals
- Syntax and basic constructs of SVA
- Understanding properties, sequences, and assertions
- SVA data types and operators
Writing Assertions in SVA
- Creating simple property statements in SVA
- Introduction to immediate and concurrent assertions
- Hands-on exercises for basic SVA constructs
Advanced SVA Properties
- Timing control and delay expressions in SVA
- Creating more complex properties using sequences and temporal operators
- Practical examples and case studies
Assertion Modeling and Property Specification
- Advanced property specification techniques
- Modeling design behavior using SVA properties
- Best practices for writing effective and reusable assertions
SVA Integration in Verification Environments
- Integrating SVA into testbenches and verification environments
- Usage of assertions alongside simulation and formal verification
- Strategies for efficient debugging and analysis of SVA violations
Formal Verification with SVA
- Introduction to formal verification and SVA
- Property-based formal verification flow using SVA
- Hands-on practice and examples of formal verification using assertions
SVA Macros and Coverage
- Creating and using assertion macros in SVA
- Understanding assertion libraries for reuse and maintainability
- Functional coverage and assertion coverage in SVA
- Generating coverage metrics from SVA properties
Workshop and Real-World Applications
- Practical workshop: Building complex assertions and properties
- Real-world applications of SVA in industry projects
- Q&A session, discussions, and conclusion of the training program
PROGRAM METHODOLOGY
- Hands-on Activities: Practical exercises to reinforce theoretical concepts.
- Group Discussions: Opportunities for peer-to-peer learning and exchange of ideas.
- Role Plays: Simulations of realistic situations to build practical skills.
- Feedback Sessions: Reviews and reflections to encourage improvement.
- Problem-solving Exercises: Develop critical thinking and decision-making skills.
- Experiential Learning: Learning by doing, promoting active involvement.
- Interactive Lectures: Engaging presentations by experts in the field.
- Case Studies: Real-world scenarios for learners to apply their knowledge.
- Quizzes & Tests: Regular assessments to track learning progress
CONTACT US
Our Experts Are Here to Help