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Mastering SystemC for Comprehensive VLSI Design and Verification

Mastering SystemC for Comprehensive VLSI Design and Verification

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Mastering SystemC for Comprehensive VLSI Design and Verification



COURSE FORMAT & DELIVERY DETAILS

Course Overview

Our Mastering SystemC for Comprehensive VLSI Design and Verification course is designed to provide a comprehensive understanding of SystemC and its applications in VLSI design and verification.

Course Format

  • Self-Paced: Yes, this course is self-paced, allowing you to learn at your own convenience.
  • Online: Yes, the course is entirely online, providing flexibility and accessibility.
  • Live Virtual: No, this course is not live virtual; however, you will have access to instructor support.
  • On-Demand: Yes, all course materials are available on-demand.

Course Schedule and Duration

  • Fixed Dates or Times: No, there are no fixed dates or times for this course.
  • Typical Completion Time: The typical completion time for this course is 40 hours.
  • Lifetime Access: Yes, you will have lifetime access to the course materials.

Course Accessibility and Support

  • Mobile-Friendly: Yes, our course platform is mobile-friendly, allowing you to learn on-the-go.
  • Instructor Support: You will have access to instructor support through our dedicated support forum and email.
  • Downloadable Resources: You will receive access to downloadable resources, templates, and toolkits to support your learning.

Certificate of Completion

  • Certificate: Upon completion of the course, you will receive a Certificate of Completion issued by The Art of Service.


EXTENSIVE & DETAILED COURSE CURRICULUM

Module 1: Introduction to SystemC

  • 1.1: Overview of SystemC and its Applications
  • 1.2: History and Evolution of SystemC
  • 1.3: Key Features and Benefits of SystemC
  • 1.4: SystemC vs. Other HDLs

Module 2: SystemC Basics

  • 2.1: Installing SystemC
  • 2.2: Basic Data Types and Operators
  • 2.3: Modules and Hierarchy
  • 2.4: Ports and Channels
  • 2.5: Processes and Sensitivity Lists

Module 3: SystemC Modeling

  • 3.1: Modeling Combinational Logic
  • 3.2: Modeling Sequential Logic
  • 3.3: Modeling Finite State Machines
  • 3.4: Modeling Memories and Registers

Module 4: SystemC Simulation

  • 4.1: Introduction to SystemC Simulation
  • 4.2: Simulation Kernels and Event-Driven Simulation
  • 4.3: Debugging and Troubleshooting
  • 4.4: Simulation Performance Optimization

Module 5: SystemC Verification

  • 5.1: Introduction to SystemC Verification
  • 5.2: Testbench Development
  • 5.3: Constrained-Random Test Generation
  • 5.4: Functional Coverage and Assertion-Based Verification

Module 6: Advanced SystemC Topics

  • 6.1: SystemC TLM (Transaction-Level Modeling)
  • 6.2: SystemC AMS (Analog/Mixed-Signal) Extensions
  • 6.3: SystemC and Other Languages (e.g., C++, Verilog)
  • 6.4: SystemC and ESL (Electronic System-Level) Design

Module 7: VLSI Design with SystemC

  • 7.1: Introduction to VLSI Design
  • 7.2: SystemC-Based VLSI Design Flow
  • 7.3: SystemC Modeling for Synthesis
  • 7.4: SystemC-Based Design Space Exploration

Module 8: SystemC-Based Verification Methodologies

  • 8.1: UVM (Universal Verification Methodology) and SystemC
  • 8.2: OVM (Open Verification Methodology) and SystemC
  • 8.3: SystemC-Based Verification IP
  • 8.4: SystemC-Based Verification Planning

Module 9: Case Studies and Project Work

  • 9.1: Real-World Examples of SystemC in VLSI Design and Verification
  • 9.2: Guided Project Work: SystemC-Based Design and Verification
  • 9.3: Best Practices and Lessons Learned

Module 10: Final Project and Assessment

  • 10.1: Final Project Submission
  • 10.2: Assessment and Feedback
  • 10.3: Certificate of Completion
By the end of this course, you will have gained a comprehensive understanding of SystemC and its applications in VLSI design and verification. You will receive a Certificate of Completion issued by The Art of Service upon finishing the course.

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