about Wlinny
At Wlinny, we are dedicated to making digital circuit and chip design education accessible to Junior high school students. Our innovative learning platform and educational kits simplify complex engineering concepts, helping students and educators easily grasp the fundamentals of logic circuits, FPGA, and embedded systems.
Our flagship product, "Chip Design - Learning FPGA with Arduino", provides an intuitive and hands-on approach to digital circuit design. By integrating Arduino with a web-based simulator, a comprehensive textbook, and interactive projects, we bridge the gap between traditional education and modern technology, enabling learners to explore hardware design without expensive FPGA boards.
We also offer a free micro-course on our official website, along with our digital circuit simulator, allowing students to visualize and simulate their designs before implementation. Our goal is to empower the next generation of engineers by making technology education engaging, practical, and widely accessible.
Join us in shaping the future of chip design education!
Win / Founder
In this era where everyone is learning to code, some excel while others struggle. But it's not because children aren't smart—it’s simply that their way of thinking differs from Turing’s.
Alan Turing, the father of computers, defined the fundamental logic behind modern programming languages. However, we shouldn't expect everyone to think the same way. It’s like the story of 【the monkey and the fish competing to climb a tree】—judging intelligence by a single standard is unfair.
That’s why I developed this educational kit—to introduce 【chip design】 to middle and high school students. I believe that by expanding technology education beyond traditional programming, we can help more students find their strengths and unleash their potential in the digital world.
Janice / Co-Founder
We are revolutionizing traditional learning methods, making it easier than ever for students to grasp the core principles of chip design. Unlike programming, chip design requires a unique teaching approach. That’s why we have meticulously developed specialized educational tools to help students get started quickly and build confidence.
We believe that learning should be both enjoyable and rewarding. Through our innovative tools, we aim to ignite students' passion for learning and empower them to explore the world of chip design with enthusiasm and curiosity.
