Purdue Polytechnic & Visual Components Collaborate on Smart Learning Factory Digital Twin

2025 was a breakthrough year for PCB and Package Design education. With new courses, updated OrCAD X & Allegro X training, expanded Accelerated Learning, powerful RAKs, and the launch of our GenAI‑powered ASK AI Assistant, we delivered smarter, faster, and more engaging learning experiences than ever. From top‑performing blogs to hands‑on webinars and fresh digital badges, our community grew, learned, and innovated together. Read this blog to learn more https://ow.ly/8aaW50Yjl7W Excited to keep driving the future of design education in 2026 and beyond.

2025 was a breakthrough year for PCB and Package Design education. With new courses, updated OrCAD X & Allegro X training, expanded Accelerated Learning, powerful RAKs, and the launch of our GenAI‑powered ASK AI Assistant, we delivered smarter, faster, and more engaging learning experiences than ever. From top‑performing blogs to hands‑on webinars and fresh digital badges, our community grew, learned, and innovated together. Read this blog to learn more https://ow.ly/fmkr50Yi5N2 Excited to keep driving the future of design education in 2026 and beyond.

2025 was a breakthrough year for PCB and Package Design education. With new courses, updated OrCAD X & Allegro X training, expanded Accelerated Learning, powerful RAKs, and the launch of our GenAI‑powered ASK AI Assistant, we delivered smarter, faster, and more engaging learning experiences than ever. From top‑performing blogs to hands‑on webinars and fresh digital badges, our community grew, learned, and innovated together. Read this blog to learn more https://ow.ly/OIIk50Yhm2u Excited to keep driving the future of design education in 2026 and beyond.

2025 was a breakthrough year for PCB and Package Design education. With new courses, updated OrCAD X & Allegro X training, expanded Accelerated Learning, powerful RAKs, and the launch of our GenAI‑powered ASK AI Assistant, we delivered smarter, faster, and more engaging learning experiences than ever. From top‑performing blogs to hands‑on webinars and fresh digital badges, our community grew, learned, and innovated together. Read this blog to learn more https://ow.ly/I28m50YhXp1 Excited to keep driving the future of design education in 2026 and beyond.

🚀🤖 Meet the TinkRbot Explorer 🤖🚀 Learning comes to life when students build something that moves. The TinkRbot Explorer gives students the opportunity to design, assemble, wire, and program their very own robotic vehicle — and the learning goes far beyond the build. From the first bolt tightened 🔩 to the final line of code 💻, students experience what real engineering looks like. What Students Learn: 🔧⚙️ Engineering & Mechanical Design Assemble a functional robotic chassis Understand motors, torque, and movement 🛞 Explore structure, stability, and iteration 📐 💻🧠 Coding & Computational Thinking Program movement and sensor response Apply logic, sequencing, and algorithms Debug and problem-solve like real developers 🧩 ⚡🔋 Electronics & Circuits Work with motors, ultrasonic sensors 📡, and controllers Understand inputs/outputs and system communication See how power ⚡ brings a design to life 📊📈 Data & Analysis Test performance and measure results Adjust variables and refine outcomes Build confidence through iteration 🤝🌍 Collaboration & Workforce Skills Team-based problem solving Project planning and execution Communication and presentation skills The best part? Students don’t just use technology — they engineer it 🛠️🤖 Hands-on. Standards-aligned. Future-ready. 🚀 #STEM #Robotics #EngineeringEducation #ComputerScience #HandsOnLearning #FutureReady #TinkRworks

2025 was a breakthrough year for PCB and Package Design education. With new courses, updated OrCAD X & Allegro X training, expanded Accelerated Learning, powerful RAKs, and the launch of our GenAI‑powered ASK AI Assistant, we delivered smarter, faster, and more engaging learning experiences than ever. From top‑performing blogs to hands‑on webinars and fresh digital badges, our community grew, learned, and innovated together. Read this blog to learn more https://ow.ly/XASo50Yi4vb Excited to keep driving the future of design education in 2026 and beyond.

We are training the next generation of engineers on "Black Boxes." This has to stop. Imagine trying to learn how an internal combustion engine works, but the hood of the car is welded shut. You can turn the key, you can steer, but you are forbidden from seeing the engine. That is the state of most robotics classrooms today. We give students "Closed Boxes", proprietary kits with locked software and hidden algorithms. We celebrate when they make a plastic robot move, but we ignore a hard truth: They didn't build it. They just configured it. If we want to educate the leaders of the AI and Robotics revolution, we must stop giving them "Black Boxes." Why the "White Box" (Open-Source) model is the only way forward: 1️⃣ Transparency is the best Teacher: In a "White Box" platform like myAGV, nothing is hidden. Want to see how the LiDAR filters noise? Open the code. Want to see how the motor controller handles PID? It’s all there. 2️⃣ Failure is a Feature: Closed systems are "sanitized" to prevent errors. But real engineering is about fixing what breaks. On an open ROS 2 platform, students encounter real bugs, real latency, and real hardware constraints. That’s where the actual learning happens. 3️⃣ Market-Ready Sovereignty: A student who masters a closed brand is dependent on that brand. A student who masters Open-Source (Linux, Python, ROS) is independent. They own their skills. They are ready for the workforce on Day 1. The "Closed Box" is a toy. The "Open Platform" is a career. It’s time to stop protecting students from the complexity of the real world and start empowering them to master it. Unlock the hood. Open the source. Choose myAGV.

2025 was a breakthrough year for PCB and Package Design education. With new courses, updated OrCAD X & Allegro X training, expanded Accelerated Learning, powerful RAKs, and the launch of our GenAI‑powered ASK AI Assistant, we delivered smarter, faster, and more engaging learning experiences than ever. From top‑performing blogs to hands‑on webinars and fresh digital badges, our community grew, learned, and innovated together. Read this blog to learn more https://ow.ly/iPyw50YjlSG Excited to keep driving the future of design education in 2026 and beyond.

Cadence is helping students, educators, researches, and entrepreneurs to speed ideas to reality. Whether in the classroom or lab, leveraging Cadence tools for engineering education is creating a future workforce ready to make an impact in the industry. https://ow.ly/RsKT50Y4tAF

Cadence is helping students, educators, researches, and entrepreneurs to speed ideas to reality. Whether in the classroom or lab, leveraging Cadence tools for engineering education is creating a future workforce ready to make an impact in the industry. https://ow.ly/Qcwt50Y4sxU