VLSI Design Verification Course Online & Offline

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Course Highlights

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    Unlimited Lab Support
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    Real-time Project
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DV VLSI Course Overview

a. What is VLSI…?

Very-Large-Scale Integration (VLSI) refers to the process of creating integrated circuits (ICs) that contain a large number of transistors, diodes, resistors, and other electronic components on a single silicon chip. VLSI technology enables the integration of thousands to billions of these components onto a single chip, which has revolutionized the field of electronics and has led to the development of powerful and compact electronic devices.

b. What is Design Verification…?

Design verification is a crucial step in the process of designing integrated circuits (ICs) and other complex digital systems. It involves systematically confirming that a design meets its intended specifications and behaves correctly under various conditions. The goal of design verification is to identify and correct errors, bugs, or discrepancies in the design before it is manufactured or deployed, thereby ensuring the design's correctness and reliability. Design verification is a fundamental aspect of the design process and is essential for producing high-quality and dependable electronic systems.

Key aspects of design verification include:

  • Functional Verification: This is the process of ensuring that the design behaves as expected based on its functional specifications. It involves creating testbenches and test cases that simulate different scenarios and inputs to verify that the design produces the correct outputs. Techniques such as simulation, emulation, and formal verification are often used for functional verification.
  • Simulation: Simulation involves running the design through a software-based model to simulate its behavior under various conditions. Testbenches are developed to provide stimulus to the design and to capture and analyze its responses. Simulation is a widely used method for functional verification.
  • Emulation: Emulation involves using specialized hardware to emulate the behavior of the design. This allows for higher-speed testing and more accurate representation of the design's performance. Emulation is especially useful for verifying larger and more complex designs.
  • Formal Verification: Formal methods use mathematical techniques to prove the correctness of a design or to exhaustively explore all possible states of a design. Formal verification can help identify design flaws or prove certain properties about the design's behavior.
  • Assertion-Based Verification: Assertions are statements written in a hardware description language that specify expected design behavior. Assertion-based verification involves embedding these assertions into the design and using them to check its correctness during simulation or formal analysis.
  • Coverage Analysis: Coverage analysis measures the extent to which different parts of the design have been exercised by the verification tests. It helps ensure that the verification process is comprehensive and that all relevant scenarios have been tested.
  • Performance Verification: In addition to functional correctness, performance aspects such as timing, power consumption, and resource utilization must also be verified. This may involve detailed timing analysis, power estimation, and other performance-related checks.
  • Hardware Prototyping: Hardware prototypes or prototypes implemented on Field-Programmable Gate Arrays (FPGAs) can be used to validate a design's functionality and performance in a real-world hardware environment.
  • Regression Testing: As the design evolves and changes are made, regression testing ensures that new modifications do not introduce new bugs or regressions in previously verified functionality.
  • Verification Planning and Management: Verification planning involves defining the verification strategy, testbench architecture, and coverage goals. Verification management includes tracking progress, managing test cases, and ensuring that all aspects of the design have been thoroughly verified.

Effective design verification helps minimize costly and time-consuming design errors, improves design quality, and increases confidence in the final product. It is an iterative process that continues throughout the design cycle to ensure that the design meets its specifications and is ready for fabrication or deployment.

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Course Curriculum

The course curriculum is designed to get hands-on experience learning about the platform using use-case driven and practical approach.

  • Introduction to Digital Electronics
  • Number System and Codes
  • Combinational Circuits
  • Sequential Circuits
  • FSM

  • Introduction to STA & DTA
  • Timing Paths and Constraints
  • Clock Terminologies & Its types
  • Techniques to improve timing

  • Mentor Graphics

Tech Stack


Hands-on Training Course

a. Hands-on experience in Design Verification (DV) involves actively working on designing, implementing, and verifying digital circuits using various tools, methodologies, and techniques.

b. Hands-on experience is crucial in gaining a deeper understanding of design verification. Practical application of concepts, learning from mistakes, and troubleshooting issues will contribute significantly to your growth in this field.

Hands-on Training Course

Our Training course aims to deliver quality training that covers solid fundamental knowledge on core concepts with a practical approach. Such exposure to the current industry use-cases and scenarPython will help learners scale up their skills and perform real-time projects with the best practices.


We follow assessment and project based approach to make your learning maximized. For each of the module there will be multiple Assessment/Problem Statements.
You will have quiz for each of the modules covered in the previous class/week. These tests are usually for 15-20 minute duration.
At the end of each course there will be a mock test, which help you in improving your fundamental concepts.
Each candidate will be given a exercise for evaluation and candidate has to solve.
You will be assigned computational and industry oriented assignments to be completed
Coding Marathon will be conducted during the middle of the course. This is conducted to test application of concepts to the given problem of statement with tools and techniques that have been covered and to solve a problem quickly, accurately.

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Placement Support

  • We bring qualified opportunities from Top organizations for you to get placement in your dream Companies. Our Placement Team will be sending you job opportunities and arranging interviews until you get placed.

Post Placement Support

  • “Your career needs to grow with you”. We help you with finding jobs in the market, salary negotiations, clarifying doubts while you are in job training and other course-based support required after you get a job.

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Our Instructor

Learn from the certified and real time working professionals.

Name M Charan Sai
Experience 2+
More Details Working in a reputed organization with having 2+ years of experience in the VLSI industry. Strong passion towards latest technologies with unwavering interest towards VLSI technology & development.

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