Design Verification

Master the Art of Chip Validation & Functional Verification

In today’s semiconductor industry, Design Verification (DV) plays a critical role in ensuring chip functionality, performance, and reliability before fabrication. Atharva Silicon Institute’s Design Verification Course is designed to equip students and professionals with industry-relevant skills in verification methodologies, SystemVerilog, UVM, and real-world project exposure.

Whether you are a fresher, graduate, or working professional, this course prepares you for high-demand roles in semiconductor companies and VLSI design houses.

Why Choose Atharva Silicon for Design Verification?

Industry-focused curriculum
Hands-on lab sessions with real-time projects
Expert trainers with semiconductor industry experience
Placement support & interview preparation
Live projects and tool-based training
Small batch sizes for personalized learning

Course Overview

The Design Verification course focuses on validating RTL designs using modern verification methodologies and tools. You will learn how to write testbenches, create assertions, perform functional coverage, debug complex designs, and work with industry-standard verification frameworks.

Course Duration: 6 to 8 Months
Mode: Classroom / Online / Hybrid
Level: Beginner to Advanced

Course Curriculum

Module 1: Digital Design & Verification Basics

Review of digital electronics concepts
RTL design flow and verification life cycle
Difference between simulation, synthesis, and verification

Module 2: SystemVerilog for Verification

Data types, arrays, and structures
Procedural blocks, tasks, and functions
Interfaces and clocking blocks
Randomization and constraints

Module 3: Object-Oriented Programming (OOP)

Classes and objects
Inheritance, polymorphism, encapsulation
Virtual methods and factory concepts

Module 4: Testbench Architecture

Layered testbench architecture
Driver, monitor, scoreboard, and checker
Transaction-level modeling

Module 5: Assertions & Functional Coverage

SystemVerilog Assertions (SVA)
Immediate and concurrent assertions
Functional coverage concepts
Coverage-driven verification

Module 6: UVM Methodology

UVM environment and components
Sequences, drivers, monitors, agents
UVM factory, configuration database
Phases and objections
Reporting and debugging in UVM

Module 7: Protocol Verification

Verification of industry protocols such as:
AMBA (AXI, AHB, APB)
UART, SPI, I2C
Writing reusable verification components

Module 8: Debugging & Regression Testing

Simulation debugging techniques
Log analysis and waveform debugging
Regression testing and coverage closure

Who Should Enroll?

Electronics & Communication Engineering (ECE) students
Electrical Engineering (EEE) students
Computer Science students interested in VLSI
Working professionals in VLSI/Embedded domains
Fresh graduates aspiring to enter semiconductor industry

What You Will Learn

Fundamentals of digital design and verification flow
SystemVerilog for verification
Object-Oriented Programming in SystemVerilog
Universal Verification Methodology (UVM)
Assertions (SVA) and functional coverage
Testbench architecture and simulation
Debugging and coverage-driven verification
Verification of real-world protocols
Industry tools and workflows

Tools & Platforms Covered

Microcontrollers: Arduino, PIC, AVR, ARM Cortex
IDEs: Keil, MPLAB, Arduino IDE, STM32CubeIDE
Debugging Tools: JTAG, SWD
Simulation Tools: Proteus, Multisim
Programming Languages: Embedded C, Python (basic), Shell scripting

Course Duration

Career Opportunities After This Course

Graduates of this course can apply for roles such as:

Placement & Career Support

At Atharva Silicon Institute, we provide:

Resume building and profile optimization
Mock interviews and technical test preparation
Placement assistance and job referrals
Industry connections and hiring support
Guidance for global semiconductor opportunities