+91 90324 21995 [email protected] Tirupati, Andhra Pradesh
+91 90324 21995

System Verilog Course

Learn SystemVerilog syntax, RTL Coding, Combinational & Sequential Logic, FSM Design, Interfaces, Packages, Arrays, Structures, Parameterized Modules, and Synthesizable Design Techniques to build industry-ready RTL design skills through real-world projects, expert mentorship, and placement support.

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5,000+ Students Trained
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Weekly Batches Available

SYSTEM VERILOG FOR RTL DESIGN

Duration: 3 Months
Mode: Online / Offline
Language: English, Telugu, Tamil, Hindi
Industry-Recognized Certification from Takeoff Training Institute
Python for Data Science
Machine Learning
Deep Learning
Data Visualization
AI & Neural Networks
Model Deployment
Real Industry Projects
Placement Support
Pandas & NumPy
Statistics & Probability
Python for Data Science
Machine Learning
Deep Learning
Data Visualization
AI & Neural Networks
Model Deployment
Real Industry Projects
Placement Support
Pandas & NumPy
Statistics & Probability
Course Curriculum

Comprehensive SYSTEM VERILOG FOR RTL DESIGN Curriculum

SystemVerilog for RTL Design Curriculum is a career-focused program designed to build expertise in modern digital hardware design and RTL development. The curriculum covers Verilog HDL, SystemVerilog, RTL coding, combinational and sequential logic, FSMs, tasks, functions, arrays, OOP concepts, interfaces, clocking blocks, randomization, layered testbenches, and advanced SystemVerilog features. Through hands-on labs, real-world RTL projects, and capstone implementations, learners gain practical experience in designing and verifying synthesizable RTL modules. The program also includes industry best practices, interview preparation, and placement assistance, preparing learners for roles such as RTL Design Engineer, FPGA Design Engineer, ASIC Design Engineer, and Digital Design Engineer.

Detailed Syllabus

Verilog Fundamentals

Lexical Conventions
Verilog Data Types
Modules and Ports
Testbench Writing
Gate-Level Modeling
Dataflow Modeling
Behavioral Modeling
Verilog Operators

RTL Design Concepts

Blocking and Non-Blocking Assignments
Combinational Logic Design
Sequential Logic Design
Procedural Timing Control
if
if-else Statements
case
casex
casez Statements
Loops and Loop Control
Verilog Blocks

Advanced Verilog Features

Switch-Level Modeling
User Defined Primitives (UDP)
Tasks and Functions
Scheduling Semantics
System Tasks and Functions
Compiler Directives
Parameters
Procedural Continuous Assignments
Strength Modeling
Generate Blocks

FSM and RTL Projects

Finite State Machine (FSM) Design
Sequence Detector Design
RTL Coding Best Practices
RTL Mini Projects
Simulation and Debugging

SystemVerilog Fundamentals

SystemVerilog Data Types
Fixed Arrays
Dynamic Arrays
Associative Arrays
Queues
Structures and Unions
Array Manipulation Methods
Array Locator Methods
Array Ordering Methods
Array Reduction Methods
Iterator Index Querying

Control Statements & Programming Constructs

if
unique if
priority if
Looping Statements
Break and Continue
Functions
Tasks
SystemVerilog Processes

Object-Oriented Programming (OOP)

Classes and Objects
Class Assignment
Array of Objects
Static Properties
this Keyword
Shallow and Deep Copy
Inheritance and super
Virtual and Abstract Classes
Polymorphism
Scope Resolution Operator
Extern Methods
Parameterized Classes
Encapsulation and Data Hiding
Constant Class Properties
typedef Class

Randomization & IPC

Constraint Randomization
Random Variables
Constraint Blocks
Inter-Process Communication (IPC)
Events
Semaphores
Mailboxes

Interfaces & Advanced SystemVerilog

Interfaces
Modports
Clocking Blocks
Virtual Interfaces
Program Blocks
Data Type Casting
Packages
Compiler Directives
Scheduling Semantics
Named Blocks
Final Blocks
Callbacks
DPI (Direct Programming Interface)

Layered Testbench Development

Layered Testbench Architecture
Reusable Testbench Components
DUT Integration
Verification Environment
Functional Simulation
Debugging Techniques
Industry Coding Guidelines

Real-Time RTL Projects

Arithmetic Logic Unit (ALU)
FIFO Design
UART Design
SPI Controller
Memory Design
FSM-Based Controllers
Protocol-Based RTL Designs

Capstone Project

SystemVerilog-Based Verification
Functional Simulation
Code Review and Optimization
Final Project Presentation
Resume Building
Mock Interviews
Placement Assistance
Technologies

Key Tools You'll Master

Gain practical experience with Xilinx Vivado, Vivado Simulator (XSim), ModelSim, QuestaSim, FPGA development tools to design, simulate, debug, and verify digital hardware using Verilog and SystemVerilog.

QuestaSim
ModelSim
Vivado

Course Schedule

India Standard Time (IST)

Duration
3 Months
Total Hours
180+ Hours
Weekly Hours
12h per week
Classes per Week
6 Sessions
Course Features

What's Included

Everything you need to succeed - from day one to your first job offer.

Hands-on Laboratory Sessions

Gain practical experience through RTL coding exercises, simulation, waveform analysis, and debugging using professional workflows.

Real-Time RTL Projects

Design and verify digital systems including ALU, FIFO, UART, SPI, I²C, Memory controllers, and FSM-based architectures.

Advanced SystemVerilog Concepts

Master SystemVerilog features including OOP, Interfaces, Randomization, Arrays, Packages, Clocking Blocks, and layered testbench development.

Simulation & Debugging

Develop professional debugging skills using industry-standard simulation tools and RTL verification methodologies.

Capstone Project

Design, implement, simulate, and verify a complete RTL-based digital system using SystemVerilog following industry practices.

Certification

Course Completion Certificate

Earn an industry-recognized certificate upon successfully completing the program.

Course Completion Certificate
Recognized Professional Certificate
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