Physical Design and Verification Trained fresher / Seeking for Entry Position /Internship in Physical Design and Verification/ open to new opportunities in Semiconductor Industry/2025
🚀 Digital Electronics = The Brain Behind Every Chip! If you’re learning VLSI, Embedded, or FPGA, then mastering Digital Electronics is your first superpower 💪 I’ve created and shared my Digital Electronics Shortcut Notes 🧠 — simple tricks, quick formulas, and logic hacks to make your design life easier ⚙️ ⚡ Top Shortcuts & Tricks Inside: ✅ Boolean Simplification Rules (K-Map & Logic Gates) ✅ Quick Conversion – Binary ↔ Decimal ↔ Hex ↔ Octal ✅ Shortcut for finding 1’s & 2’s complement ✅ NAND–NOR Gate Equivalence Rules ✅ Multiplexer & Demux Tricks ✅ Shortcut for Flip-Flops & State Transitions ✅ Easy Memory Address Calculations ✅ Fast methods for Propagation Delay & Timing Diagrams 💡 Why You Should Save This: 🔹 Helps in college exams, GATE, VLSI & core interviews 🔹 Speeds up your digital problem-solving 🔹 Builds your logic foundation for Verilog & RTL Design 🔹 Must-have for DFT, STA, and Physical Design learners 📚 Free Learning Resources: 🔗 All About Circuits – Digital Tutorials 🔗 Neso Academy YouTube – Digital Electronics 🔗 GeeksforGeeks – Digital Basics & Tricks 🔗 Falstad Circuit Simulator 🔗 Digital Logic Simulator – CircuitVerse 🎯 Pro Tip: Every flip-flop, gate, or logic block you see inside a VLSI chip follows these same principles — the faster you can simplify logic, the faster you can think like a hardware engineer! ⚙️ 💥 If you find this helpful, drop a ❤️ or comment “#DigitalReady” I’ll share my Combinational & Sequential Shortcuts Sheet next! #DigitalElectronics #VLSI #RTLDesign #FPGA #Semiconductor #LogicDesign #Engineering #ChipDesign #DigitalCircuits #VLSILearning #HardwareDesign #LearningCommunity #LinkedInLearning #EngineeringBasics
Attended Gayatri Vidya Parishad College of Engineering (Autonomous)
2w#DigitalReady