Above image captures a moment from an event at NIAS, IISc Bangalore, where high school students, finalists of a chip design program, amazed everyone by explaining digital chip design and Physical Design with a level of sophistication beyond expectations.

In the ever-evolving world of semiconductor technology, staying ahead of the curve is not just an option—it's a necessity. As evidence of this, look no further than the impressive Physical Design repository of a 9th-grade student from The Samhita Academy. This young talent has compiled a comprehensive resource that covers all the fundamental topics set to be explored in the upcoming NASSCOM SoC design program. You can explore the work here: Ojasvi Shah's Advanced Physical Design Repo.

What makes this achievement even more remarkable is the foundation on which it was built. Over the past two years, this student learned basic Python, applied it to practical scenarios like Excel implementations and Euler's methods, and dabbled in simple HTML and basic JavaScript. This combination of early exposure to programming and a keen interest in chip design has resulted in a project that would impress even seasoned professionals.

This is not just an isolated case. It highlights a broader trend: the next generation is rapidly becoming more competitive and more exposed to advanced chip design information. While young minds are diving into the complexities of Physical Design, it's clear that our current talent needs to step up their game.

The upcoming NASSCOM SoC design program offers a golden opportunity to do just that. It covers essential aspects of VLSI and SoC design, providing a strong foundation for those who want to advance their careers in semiconductor technology. But to stay ahead, you need to do more—start early, and seize every learning opportunity available.

As the next generation gears up to make their mark in chip design, it's time for the current talent to elevate their skills. The future of the semiconductor industry will be driven by those who are prepared to go the extra mile, learn beyond the basics, and innovate in ways we haven't yet imagined.

Registration for the NASSCOM SoC design program

https://vsdsquadron.vlsisystemdesign.com/digital-vlsi-soc-design-and-planning/

Remember, the next generation is already getting ready—it's time for us to ensure we're ready too. The future of chip design is in our hands, and the time to act is now.