Completely free VLSI Design & Verification training
ASIC Campus — Design • Verify • Advance.
Learn VLSI design and verification completely free—from Linux and digital design to Verilog, SystemVerilog, SVA, functional coverage and UVM through structured lessons, practical labs and assessments. All eight weeks are available. ₹0 course fee.
100% FREE TRAININGNo course fee for the VLSI Design & Verification learning programme
₹0VLSI training course fee
RTL → UVMStructured design & DV path
Hands-onCode, tools & assessments
ASIC CAMPUS / LEARNING STACKENGINEERING MODE
FRONT-ENDASICDESIGN + DV
LINUXRTLSVUVM
SPECDESIGNVERIFYDEBUG
$ simulate → inspect waveform → debug → verify PASS
The ASIC Campus commitment
Complete VLSI Design & Verification training. Completely free.
Cost should not stop a serious learner from building semiconductor engineering skills. ASIC Campus provides the core learning programme at ₹0 course fee, with a structured path from foundations to RTL and verification.
View free curriculumNo course fee
Access the VLSI Design & Verification learning programme without paying a training fee.
Structured curriculum
Learn in sequence—from engineering foundations and digital logic to RTL, SystemVerilog and UVM.
Practical engineering
Work with commands, code, simulation, debugging concepts, checks and technical exercises.
Assess your progress
Use knowledge checks and applicable assessments to validate what you understand as you advance.
Structured learning paths
Build capability layer by layer.
Progress from engineering foundations to RTL and verification. Each stage is designed to prepare you for the next—not as isolated video topics.
$ _
Engineering Foundations
Linux, command line, development workflow and the digital fundamentals needed for VLSI engineering.
RTL
RTL Design
Move from specification to synthesizable hardware using Verilog and disciplined RTL design practices.
SV
Design Verification
Develop stronger testbenches with SystemVerilog, assertions, coverage and object-oriented verification concepts.
UVM
Verification Methodology
Build reusable verification environments and understand the architecture used in modern verification teams.
// design → simulate → debug → verify
module counter (
input logic clk,
input logic rst_n,
output logic [7:0] count
);
always_ff @(posedge clk)
if (!rst_n) count <= '0;
else count <= count + 1'b1;
endmodule
$ iverilog -g2012 counter.sv tb.sv
$ vvp a.out
[PASS] functional checks completed
Learn by engineering
Not just theory. Work through the engineering loop.
ASIC Campus is designed around the activities engineers actually repeat: understand a requirement, implement it, run tools, inspect results, debug failures and validate behavior.
01Concept → implementationConnect fundamentals to code and design decisions.
02Tool-driven practiceUse commands, simulations and observable results.
03Debug mindsetRead failures, inspect waveforms and reason about behavior.
04Technical validationAssess understanding with checks and review evidence.
Structured 8-week pathway
All eight weeks are available from Linux through UVM.
Follow 40 ordered training days covering foundations, RTL design, verification, SystemVerilog, assertions, coverage and UVM integration.
Linux & digital foundations
Terminal fluency, GVim, shell, digital logic and C++ concepts.
Curriculum defined · exercisesVerilog RTL I
Modules, combinational logic and clocked RTL development.
Curriculum defined · RTL labsVerilog RTL II
State machines, FIFO concepts and integration-oriented design.
Curriculum defined · RTL labsVerilog verification
Testbench design, directed tests, debugging and regression.
Available · verification labsSystemVerilog language
Collections, object-oriented programming and concurrent processes.
Available · language and OOP labsSystemVerilog verification
Interfaces, transaction-based testbenches and constrained random stimulus.
Available · verification assignmentsAssertions and coverage
Protocol properties, functional coverage and closure workflow.
Available · practical labsUVM methodology
Reusable UVM components, regression and the integrated final project.
Available · UVM labs and projectAvailable now: the complete eight-week learning path and all 40 training days. No course fee for the VLSI Design & Verification learning programme.
Explore all 40 training days →Curriculum roadmap
Your path from foundations to verification.
Follow the recommended sequence or open any currently available course. The roadmap makes prerequisites and progression visible.
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01STAGE 01
Linux Fundamentals and Editor Tools
Available
-
02STAGE 02
Digital Design Fundamentals
Available
-
03STAGE 03
Verilog RTL Design
Available
-
04STAGE 04
C++ Concepts Bridge for SystemVerilog
Available in Week 1
-
05STAGE 05
SystemVerilog Design and Verification
Available
-
07STAGE 07
Scripting Languages for EDA Automation
Available
Built for semiconductor learning
A focused environment for serious technical growth.
Clear learning structure without the clutter of a generic LMS.
Engineering-first content
Technical explanations are connected to RTL, verification, tools and debugging workflows.
Readable technical lessons
Purpose-built presentation for commands, source code, waveforms, notes, checks and references.
Visible progression
Course, module and lesson navigation keeps the learner oriented through longer technical tracks.
Assessment with integrity
Certification is tied to applicable completion requirements and technical review—not a simple page visit.
Learning outcomes
Develop the habits expected in front-end engineering.
Progress toward being able to read specifications, write and review RTL, construct verification logic, run simulations and debug results methodically.
Navigate Linux engineering environmentsTranslate logic into synthesizable RTLBuild SystemVerilog verification componentsUnderstand assertions and functional coverageStructure reusable UVM environmentsUse simulation output to debug failures
Start building
Start your VLSI Design & Verification journey for free.
No course fee. Explore the curriculum, choose your starting point and build semiconductor engineering capability one module at a time.