Industry-leading Program

Design Verification Course

Master the intricacies of Design Verification in our postgraduate course, gaining expertise in industry-standard tools and methodologies to ensure the flawless functionality of complex VLSI designs.

5 month course
In-person Training
For Students of all experience levels
Industry Tools
Project based learning
Job guaranteed
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100%
Job Guaranteed
500+
Students Trained
Multiple
Industry Partners
Design Verification Course

Launch your Career in Design Verification

Our structured program guides you from VLSI fundamentals to advanced SystemVerilog and UVM, culminating in real-world projects that guarantee your job placement in the verification domain.

Focused Training

Laser-focused curriculum on Design Verification, Physical Design, and AMS Design

Industry Tools

Hands-on experience with industry-standard tools and methodologies

Expert Mentorship

Learn from industry experts with years of practical experience

Why Choose Our Course?

  • Focused Training Laser-focused curriculum on Design Verification, Physical Design, and AMS Design
  • 100% Job Guarantee Upon course completion, you will be absorbed into the Vivartan semiconductor ecosystem
  • Hands-On Projects Real-world projects to build your portfolio
  • Industry Tools Hands-on experience with industry-standard tools and methodologies
  • Individual Attention In-person training for personalized mentorship from industry experts with years of practical experience.
5
Month program
10+
Core Modules

Your Learning Journey

Follow a structured path from VLSI fundamentals to industry-ready expertise, with guaranteed job placement at the end.

Milestone 1: Foundations of Verification

Modules covered:

  • Module 0 - Fundamentals
  • Module 1 - Verification with Verilog
  • Module 1.1 - Introduction to SystemVerilog

Outcome: Build a strong foundation in ASIC design flow, verification basics, Verilog testbenches, and transition into SystemVerilog.

Milestone 2: SystemVerilog Proficiency

Modules covered:

  • Module 2 - SystemVerilog Basics & Data Types
  • Module 3 - Interfaces & Interprocess Communication
  • Module 4 - OOP in SystemVerilog
  • Module 5 - Randomization & Constraints

Outcome: Gain hands-on skills in SystemVerilog coding, interfaces, OOP, and constrained-random verification for reusable and powerful testbenches.

Milestone 3: UVM Methodology & Testbench Design

Modules covered:

  • Module 6 - Introduction to UVM
  • Module 7 - UVM Testbench Architecture
  • Module 8 - Verification Component Development

Outcome: Master the Universal Verification Methodology (UVM), build scalable testbenches, and develop reusable verification components.

Milestone 4: SoC Verification & Industry Projects

Modules covered:

  • Module 9 - SoC Verification
  • Module 10 - Projects

Proven Success Outcomes

Our graduates consistently achieve exceptional career outcomes in the VLSI industry

100%
Job Guaranteed
5L+
Average salary
Multiple
Industry Partners
Immediate
Placement

Comprehensive Curriculum

11 carefully crafted modules covering everything from VLSI fundamentals to advanced SoC verification and real-world projects.

  • ASIC Design Flow Overview
  • Introduction to Verification
  • Verification Flow & Methodologies
  • Testbench Architecture Basics
  • Writing a Verification Plan

  • Basics of Verilog for Verification
  • Modeling & Simulating Digital Designs
  • Writing Testbenches in Verilog
  • Verilog in FPGA & ASIC Verification

  • Why SystemVerilog?
  • Key Extensions Over Verilog
  • Unified Language for Design & Verification
  • Behavioral and Structural Modeling

  • Modules, Ports & Blocks (always, initial)
  • Blocking vs Non-Blocking Assignments
  • SystemVerilog Data Types:
  • Bit-vectors, Integers, Reals
  • Enums, Arrays, Structures, Classes
  • Writing Synthesizable & Verification-Oriented Code

  • Interfaces
  • Need for Interfaces
  • Interface Ports & Modports
  • Clocking & Procedural Blocks
  • Connecting DUT & Testbench via Interfaces
  • Interprocess Communication
  • Fork-Join & Controls
  • Semaphores
  • Mailboxes

  • Classes & Objects in SV
  • Inheritance & Polymorphism
  • Encapsulation & Modularity
  • Building Reusable & Maintainable Verification Components

  • Random Stimulus Generation
  • Types of Randomization (Variables, Objects)
  • Writing and Applying Constraints
  • Corner-Case Testing with Randomization
  • Debugging & Controlling Randomization

  • What is UVM & Why Use It?
  • UVM Libraries & Guidelines
  • Constrained-Random Stimulus in UVM
  • Coverage-Driven Verification
  • Best Practices for Debugging in UVM

  • UVM Testbench Components:
  • Test, Sequence, Driver, Monitor, Scoreboard
  • Layered Testbench Design
  • Connecting Components for Reuse & Scalability
  • Managing Test Scenarios in UVM

  • Sequencers: Generating Transactions
  • Drivers: Stimulus to DUT
  • Monitors: Capturing DUT Activity
  • Scoreboards: Checking Results
  • Agents: Bundling Components for Reuse

  • Introduction to SoC Verification Challenges
  • Building SoC-Level Testbenches
  • Protocol & IP-Level Verification
  • Performance & Functional Verification
  • Formal Verification in SoCs
  • Debugging Complex SoC Issues

  • Industry-Standard Verification Projects
  • Complete UVM Environment Development
  • SoC Verification Case Studies
  • Final Evaluation & Best Practices

Meet the course instructor

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Position
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Ready to Start Your Journey?

Get in touch with our admissions team to learn more about the course, scholarships, and how we can help launch your VLSI career.

Connect with us directly

Our admission counselors are available to answer your questions.

Chat on WhatsApp Call Us: +91 86180 18435 Email: info@vivartan.com