The traditional technical writing is officially dead!
The role is shifting from Technical Writer to Developer Educator.
A writer or engineer looking to stand out in the AI era, here is the blueprint you need: https://t.co/ZVORRb4V3s
A strong technical writing portfolio needs to show more than writing ability these days.
In this article, @casweb_dev explains how you can become a stronger developer educator by building, testing, and verifying what you teach.
You'll learn what to include in your portfolio, which technical skills to develop, and how to use AI without outsourcing your judgment.
https://t.co/zBfQCXooLI
Princess is my elder sis, and I lived with them at Onitsha.
Let’s talk about the important parts.
Could you believe in 2005, Njideka couldn't pay her school fees at Unizik. Their peak was 2003 to 2008 when Njideka dropped because of Gozie's greediness.
She deerve her credits🙏
If dem tell you back in 2004 say na Gozie Okeke sing both his wife's part and also his backup part you for believe?????
You can have your preference but he is the greatest 💯
More qubits don’t automatically make a quantum computer more capable.
In this guide, @casweb_dev explains how hardware topology affects mapping, routing, SWAP gates, circuit depth, and error rates.
You’ll also see how IBM and ZuriQ approach connectivity, and why compilers and hardware-aware algorithms matter.
https://t.co/1pb2gtBdee
As a developer, you should know core system design concepts.
This helps show potential employers that you can turn design requirements into production-ready code.
This course covers app architecture, API design, caching, networking, databases, and more.
https://t.co/j6TmwXZox7
As a developer, you should know core system design concepts.
This helps show potential employers that you can turn design requirements into production-ready code.
This course covers app architecture, API design, caching, networking, databases, and more.
https://t.co/j6TmwXZox7
@ngat_ma90811@freeCodeCamp Not fully. It may reduce routing overhead by improving qubit connectivity and movement, but it doesn’t eliminate routing challenges entirely. The real benefit at large scales is still being actively researched.
1D trapped-ion quantum computers are super accurate, but their linear architecture can make scaling tricky.
In this guide, @casweb_dev explains why researchers are now exploring 2D trapped-ion architectures.
You'll learn how 2D layouts can improve qubit connectivity, reduce routing overhead, and better support quantum error correction.
https://t.co/kUSEFilzGX