hands-on fpga project design from scratch using verilog

🌟 Course Title: Practical SystemVerilog FPGA Project Design from Scratch Using Verilog

🚀 Course Headline: Hands-On FPGA Project Design from Scratch using Verilog

Welcome to the World of FPGA Design!

Embark on a journey to master Field Programmable Gate Arrays (FPGAs) with a focus on SystemVerilog. Hands-On FPGA Project Design from Scratch using Verilog is not just a course; it's a deep dive into the practical aspects of FPGA design, where you'll translate abstract concepts into tangible projects.

Course Instructor: Ezeuko Emmanuel 🏫

Course Overview:

• Introduction to FPGA Design Tools: Learn about the free software tools for analysis, synthesis, RTL simulation, and verification that will be your design companion throughout this course.

• Design Specification Mastery: Understand how to translate design specifications and select appropriate Input/Output (I/O) ports for your project.

• Modular Design Approach: Break down the complexities of your design into manageable modules and submodules, ensuring a structured approach to design.

• Hands-On Software Tools: Gain experience with LogiMem's Logism for a physical view of your design and Altera's Quartus Prime for actual design implementation. Both tools are free and available for download.

Course Breakdown:

1. Design Specification:

   • Learn how to interpret and translate design specifications into a structured format.
   • Select appropriate I/O ports to facilitate your design process.

2. Design Architecture:

   • Understand the art of breaking down complex designs into modules and submodules.
   • Gain insights into a modular design approach for better manageability and scalability.

3. Software Tools Introduction:

   • Get familiar with Logism, a powerful tool for viewing your FPGA design's physical layout.
   • Learn the ins and outs of Quartus Prime for implementing your design.

4. Practical Design Implementation:

   • Apply your knowledge to design a 5-hand poker player chip from scratch.
   • Explore the game design model, including all stages and steps involved.

5. Simulation and Testing:

   • Carry out rigorous simulation on both Logism and Quartus Prime to validate your design.
   • Test the final design in real-life scenarios to ensure functionality.

6. Final Assignment:

   • Engage in an hands-on assignment that solidifies your understanding of FPGA project designs.

Why Take This Course?

• Real-World Application: Design a functional poker player chip, applying the principles learned throughout the course.
• Interactive Learning: Collaborate with peers and engage in discussions on design specifications.
• Skill Development: Enhance your skills in FPGA project design using Verilog and SystemVerilog.
• Free Resources: Utilize free software tools for analysis, synthesis, and simulation, making this course accessible to everyone.

By the end of this course, you will have a solid understanding of FPGA project design from concept to implementation. You'll be ready to tackle real-world projects with confidence and expertise. 🎓🚀

Join us on this exciting journey into the world of FPGAs, where theory meets practice, and your passion for engineering takes shape! Enroll now and let's bring your designs to life!