Master IC/FPGA Design with Verilog: Consistency Across Circuit Diagrams, RTL Code, and Waveform Analysis! 🚀

Course Title: IC/FPGA Design P2-S4: Verilog for Design and Verification

Headline: Achieve Harmony between Your Circuit Schematics, Verilog Code, and Oscilloscope Views with This Comprehensive Course! 🎉

Your Journey to Mastery Starts Here! 🎓

Looking to quickly master the art of IC/FPGA design using Verilog and ensure consistency between your circuit schematics, RTL code, and waveform analysis? This course will take you through a concise yet comprehensive learning journey, with video lectures totaling less than 10 hours. Upon completion, you'll be equipped with the skills to understand and predict each element of your design, thanks to the seamless integration of visual Diagrams, Verilog HDL Code, and Waveform Views.

Course Outline:

• Quick Mastery Through Real-World Examples & Coding Exercises

  • Learn by doing with hands-on projects and exercises designed to reinforce your understanding.

• Understanding Digital IP/IC Design Flow: The Blueprint of Modern Design

  • Dive into the fundamental steps of creating a digital IC or FPGA design.

Course Modules:

1. Digital Fundamentals: A quick review to ensure we're all on the same page. 📚
2. Tool Setup & Basics: Get your tools ready - Verilator and GTKwave for simulation and waveform visualization.
3. Verilog Syntax Deep-Dive: Master the common used syntax essential for design and verification.
4. Logic Design Fundamentals: From basic gates to complex state machines, learn it all.
   • Design combination logic (gates, MUX, decoder, one-hot decoder).
   • Craft sequential logic (sync-DFF, async-DFF).
   • Build useful blocks (counters, edge detectors, shift registers, sequence checkers, sync_fifos).
5. Finite State Machines (FSMs): Understand the core of digital control systems.
6. Testbench Design: Learn to create realistic testing environments for your designs.
7. Avoiding Common Synthesis Pitfalls: Know what to look out for to ensure successful synthesis.
8. Practical Application: Z-Scan & Complex Sequence Check (FSM): Apply your skills in real exercises.

What You'll Learn:

• Digital IC and FPGA Design Fundamentals: MOS transistor basics, logic cells, arithmetic data paths, to advanced concepts like System on a Chip (SOC) design and DFT (Design for Testability).
• Verilog Language & HW Function Blocks: From the basics of Verilog to advanced blocks like FSM, pipeline, arbiter, CDC, sync_fifo, async_fifo, ping-pong mechanisms, and more.

Course Projects:

• Fundamental SHA-256 Algorithm Implementation: Start with a simple interface and understand the basics.
• SHA-256 with APB/AXI Interface: Learn to integrate with industry-standard interfaces.
• 2D DMA Controller with APB/AXI Interface Design: Challenge yourself with complex FPGA applications.

Hands-On Challenges & Big Projects:

From small coding exercises to a final project exceeding 1000 lines of code, you'll progressively tackle more complex tasks that will solidify your understanding and expertise in Verilog design and FPGA architecture.

Your Path to Success:

This course has been carefully structured to ensure you gain comprehensive knowledge and practical skills in IC/FPGA design, with a focus on consistency between diagrams, RTL code, and waveforms. Every concept is explained clearly, with a focus on "What-How-Why" learning.

Join the Journey to Design Excellence! 🌟

For more detailed information about each chapter of this comprehensive course, please visit my homepage on Udemy here.

Embark on your journey today, and transform your approach to IC/FPGA design with Verilog! Let's make consistency a cornerstone of your work. 🚀

Note: The provided text is structured as an engaging course description for an online learning platform. It includes sections for attention-grabbing titles, detailed module outlines, key learnings, practical applications through projects, and a call to action to join the course for comprehensive understanding and hands-on experience in IC/FPGA design using Verilog.