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IC and CS Tutorial

Learn IC Design & Computer Science – RISC-V, FPGA, Linux & Programming Tutorials。 Master IC design, RISC-V CPU, FPGA, Verilog, and Linux programming with clear, step-by-step tutorials. Built for beginners and engineers who want real hardware + software skills.





RISC-V

RISC-V is a modern, open instruction set architecture designed for clarity, flexibility, and long-term scalability.

Unlike closed architectures, RISC-V gives engineers full control — from instruction design to CPU implementation.

This makes it ideal for:

  • Custom silicon and SoC design
  • FPGA-based CPU development
  • Operating system research
  • Hardware/software co-design

In this category, you won’t just learn theory — you’ll learn how to build real CPUs.




Learn Linux the Right Way

Linux is everywhere — servers, cloud, embedded systems, and even CPUs you design.
In this section, you’ll learn:

  • How Linux actually works (not just commands)
  • How to use it for real engineering tasks
  • How to connect Linux with hardware (FPGA, RISC-V, embedded systems)

No fluff. Just practical knowledge that builds real skills.



Digital Circuits for Engineers

Digital Circuits
Digital circuits are not just theory — they are the building blocks of real systems.

From Boolean logic to sequential design, this category teaches how signals turn into computation, and how simple gates scale into complex processors.

If you want to understand FPGA, RISC-V, or CPU design — this is your starting point.




C Programming

C is the bridge between software and hardware. It’s essential.

From memory layout to system calls, this category teaches how code turns into machine-level execution.

If you’re working with Linux, RISC-V, FPGA, or embedded systems — C is not optional.

FPGA and Verilog