From Ancient Innovation to Digital Revolution
Bridging 5000 Years of Progress
Celebrating the legacy of the Indus Valley Civilization while pioneering India's semiconductor future through comprehensive VLSI education and innovation. Access 40+ curated YouTube playlists, university courses, and professional resources.
3300 - 1300 BCE
Most extensive early civilization spanning 900+ miles with sophisticated city layouts and uniform brick sizes.
Sophisticated drainage systems and precise measurement systems with smallest division of 1.6mm.
Major cities like Harappa and Mohenjo-daro housed 40,000-50,000 people with advanced infrastructure.
Government commitment to semiconductor manufacturing
Timeline for first indigenous chips
Approved across 6 states
Skilled jobs by 2030
A friendly, tech-savvy character that bridges ancient wisdom with modern innovation. Indu represents the spirit of continuous learning and progress, guiding you through the journey from ancient Indus Valley innovations to modern semiconductor technology.
Always exploring new technologies and asking the right questions
Combines ancient wisdom with modern insights in an accessible way
Passionate about making VLSI and chip design education engaging and comprehensive
Your VLSI Guide
Comprehensive resources for mastering semiconductor design - 40+ YouTube playlists, university courses, and professional tools
Choose your path based on your goals and experience level
Start your VLSI journey from fundamentals
Master the backend flow of chip design
Deep dive into analog circuit design
40+ curated playlists from top educators and industry experts
Industry expert tutorials covering complete IC design flow - organized chronologically
Complete foundational course covering entire IC design flow from basics to advanced concepts
Comprehensive integrated circuit design and analysis
Advanced IC design concepts with industry expert Rashid
Complete digital logic design from fundamentals to complex circuits
Sequential circuits, flip-flops, counters, and finite state machines
Complete SystemVerilog testbench development and UVM verification
CMOS technology fundamentals, transistor physics, and device modeling
TCL scripting for EDA tools and design automation
Complete SoC physical design flow from floorplanning to signoff
Complete backend implementation flow from synthesis to routing
Clock tree synthesis, skew optimization, and power analysis
Timing constraints, SDC files, and timing closure techniques
Latch-based design timing analysis and optimization
Comprehensive Static Timing Analysis with hands-on tool usage
Common STA questions and detailed explanations
Complete RISC-V processor architecture and implementation
Industry insights, career paths, and professional guidance
Essential VIM editor skills for efficient design work
Evolution of transistor technology and scaling challenges
Relaxed learning content for weekend study sessions
Industry discussions and expert interviews
Expert-level analog and mixed-signal design tutorials
Input/Output circuit design and Electrostatic Discharge protection strategies
Complete CMOS fabrication process flow and technology nodes
Understanding and preventing latchup in CMOS designs
High-speed serializer/deserializer design and layout techniques
Design and modeling of on-chip resistors, capacitors, and inductors
Renowned professor's complete electronics course series
Fundamental circuit theory covering charge, current, voltage, and circuit laws
Comprehensive electronics covering semiconductors, diodes, BJTs, and MOSFETs
Advanced analog circuit design including cascodes and current sources
Advanced RF circuit design and wireless communication
Advanced RF circuit design and wireless communication systems
Design of wireless communication circuits and transceivers
World-class semiconductor education from top universities
NPTEL course covering semiconductor physics and device fundamentals
Comprehensive solid state device physics by Dr. S. Karmalkar
Advanced field-effect transistor technologies and emerging devices
Graduate-level electronic circuit design program from Stanford
Comprehensive solid state electronics and device physics
Quantum mechanical foundations of solid state electronics
Outstanding content creators making VLSI accessible
Comprehensive VLSI tutorials, career guidance, and industry insights
Modern VLSI platform for students and professionals with practical projects
EDA tools tutorials, VLSI flow explanations, and hands-on projects
Structured learning programs and comprehensive academic courses
Complete RTL to GDS VLSI design flow by IIIT Delhi
Comprehensive CMOS design course by IIT Roorkee
Fundamentals of VLSI design by IIT Madras
Physical design automation and backend implementation
45-hour certification with hands-on analog and digital IC design. 2 months duration.
Bangalore-based VLSI training with 100% placement assistance
Free tools, installation guides, and practical resources
RTL to GDSII flow integrating multiple open-source tools
Framework for Verilog RTL synthesis
VLSI layout editor with DRC and extraction
High performance layout viewer and editor
Verilog simulation and synthesis tool
Fast Verilog/SystemVerilog simulator
Open-source VHDL simulator
RTL-to-GDSII platform for chip design
Comprehensive guide to essential open-source VLSI tools for 2025
Step-by-step installation guide for open-source EDA tools
Comprehensive guide to learning chip design with free and open-source tools
Stay updated with latest semiconductor developments
Official news, reports, and industry statistics from SIA
Deep technical insights for chip engineers and professionals
Industry news, technology insights, and market analysis
Compound semiconductor news and cutting-edge developments
Bookmark resources and follow your learning journey
India's semiconductor revolution in progress
PM Modi presents India's first fully indigenous Vikram 32-bit processor
State-of-the-art semiconductor design facilities launched in Noida and Bengaluru
37.64 hectare Special Economic Zone approved with $1.51 billion investment
First in India - Noida & Bengaluru
32-bit indigenous chip
Silicon Carbide semiconductors
Micron, Foxconn, HCL collaborations
Connect with us and be part of India's semiconductor future
Whether you're a student, educator, or industry professional, there's a place for you in India's semiconductor ecosystem.
Join VLSI courses and certification programs
Collaborate on semiconductor projects
Participate in cutting-edge chip design research