Hi
Read below student's feedback on RISC-V MYTH workshop
I still remember my B.Tech days, desperately
exploring every possible career path in Electronics. In my 4th semester, a mentor challenged me with a thought-provoking suggestion:
"Develop your own CPU Core. Once you do that, you'll have a crystal-clear grasp of how a CPU actually works!"
At the time, I had no idea where to even begin. Terms like MIPS Architecture and RISC-V Processors overwhelmed me.
I scoured GitHub repositories, but without a solid foundation in ALU operations, instruction sets, and microarchitecture, I hit a wall—and eventually gave up.
Fast forward to today, and I’m thrilled to share that I finally cracked the code—thanks to the RISC-V based MYTH
workshop!
Why This Workshop Was a Game-Changer for Me
In just 15 days of hands-on learning, I went from confusion to confidence. Here’s what I gained:
✅ Deep dive into RISC-V & its ecosystem
✅ Fundamentals of Digital Logic & CPU Microarchitecture
✅ Hands-on experience with TL-Verilog & Makerchip
TL-Verilog – A Revolution in Hardware
Design
One of my biggest takeaways was TL-Verilog, which completely changed how I approach hardware modeling. Unlike traditional Verilog:
🔸 Simpler syntax → Fewer lines of code, fewer bugs
🔸 Timing abstraction → Makes pipeline retiming effortless
🔸 Auto-handling of valid signals → Cleaner, error-free designs
🔸 Higher-level abstraction → Faster, more intuitive
development
If you're an ECE undergrad (or even a professional) and haven’t explored TL-Verilog & Makerchip, you’re missing out on a tool that can redefine your hardware design journey!
Don’t Miss Out – Registration Closes in 2 Days!
If you’ve ever been curious about CPU design or want to strengthen your RISC-V and digital design skills, this is your chance. The workshop is
structured to take you from basics to building a functional CPU core—no prior expertise needed!
🔗 Register Here: https://www.vlsisystemdesign.com/riscv-based-myth/
⏳ Deadline: 1st April, 11:59pm IST
Trust me, this is one
of those rare opportunities that can truly level up your understanding of hardware. Don’t let hesitation hold you back—I wish I had found this sooner!
Feel free to reach out if you have any questions. Happy learning!
