VLSI Design

Unlock the secrets behind the microchips that power our world with this in-depth VLSI Design course from Ucanly. This intermediate program is engineered for students and professionals who want to master the art and science of Very Large Scale Integration. You will explore the complete design flow, from fundamental CMOS transistor theory to programming with Hardware Description Languages (HDL) and prototyping on FPGAs.

With the expert guidance of Ucanly, you will learn to design, simulate, and verify complex digital circuits at the gate and register-transfer levels. This Ucanly course emphasizes a hands-on approach, utilizing industry-standard simulation tools to give you practical experience in digital design and verification. You’ll learn to think about performance, power, and area—the critical trade-offs in modern chip design.

By the end of this project-driven course, you will have designed and implemented a complete digital system, such as a simple processor or a communication module, proving your ability to take a concept from a high-level description to a functional hardware implementation.

Design and analyze fundamental CMOS digital circuits.
Write, simulate, and verify digital hardware using an HDL like Verilog.
Understand the physical layout and design rules for integrated circuits.
Implement and test digital designs on an FPGA.
Grasp the complete VLSI design flow, from specification to implementation.
Analyze circuit timing and understand key performance metrics.
Complete a portfolio-ready digital design project from concept to verification.

Live Q&A and HDL Coding Workshops with Instructors
On-demand video lectures
Downloadable source code, testbenches, and project files
Guides for setting up industry-standard (often free for students) EDA tools
Quizzes and challenging lab assignments to solidify your understanding
Lifetime access to course materials and future updates
Certificate of Completion from Ucanly

Course Content

Module 1: Introduction to VLSI (The Ucanly Foundation)
This module, curated by Ucanly, establishes the fundamental concepts and the overall landscape of modern integrated circuit design.

Lesson 1.1: Course Introduction: The Microelectronics Revolution
Lesson 1.2: The VLSI Design Flow: From Specification to Silicon
Lesson 1.3: Introduction to CMOS Technology and MOSFET Theory
Lesson 1.4: Logic Gates with MOS Transistors (Inverter, NAND, NOR)
Lesson 1.5: Setting Up Your Design and Simulation Environment

Module 2: Digital Logic Design Review
Solidify your understanding of the digital building blocks that are essential for any VLSI design.

Module 3: CMOS Circuit Design and Layout
Dive deeper into the physical design of CMOS circuits, understanding the link between logic and layout.

Module 4: Hardware Description Languages (HDL)
Learn to describe complex digital hardware programmatically using an industry-standard HDL like Verilog or VHDL.

Module 5: FPGA Architecture and Prototyping
Discover how to take your HDL designs and bring them to life on reconfigurable hardware.

Module 6: Circuit Simulation and Verification (A Ucanly Deep Dive)
Master the critical process of ensuring your design is correct before it's ever fabricated, with guidance from Ucanly.

Module 7: Advanced VLSI Topics
Get an introduction to the key challenges and specializations in modern integrated circuit design.

Module 8: Capstone Project: A Digital System Design (The Ucanly Challenge)
Integrate all your skills to design, simulate, and implement a complete digital subsystem.

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Price:
Original price was: ₹25,000.00.Current price is: ₹14,500.00.
Instructor:Ucanly
Duration: 75 hours
Lessons:38
Students:0
Level:Beginner

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Course Content

Module 1: Introduction to VLSI (The Ucanly Foundation) This module, curated by Ucanly, establishes the fundamental concepts and the overall landscape of modern integrated circuit design.

Lesson 1.1: Course Introduction: The Microelectronics Revolution

Lesson 1.2: The VLSI Design Flow: From Specification to Silicon

Lesson 1.3: Introduction to CMOS Technology and MOSFET Theory

Lesson 1.4: Logic Gates with MOS Transistors (Inverter, NAND, NOR)

Lesson 1.5: Setting Up Your Design and Simulation Environment

Module 2: Digital Logic Design Review Solidify your understanding of the digital building blocks that are essential for any VLSI design.

Lesson 2.1: Combinational Logic Circuits (Adders, Multiplexers, Decoders)

Lesson 2.2: Sequential Logic Circuits (Latches, Flip-Flops, Registers)

Lesson 2.3: Designing Finite State Machines (FSMs)

Lesson 2.4: Understanding Timing Diagrams

Lesson 2.5: Project: Designing a Simple Arithmetic Logic Unit (ALU)

Module 3: CMOS Circuit Design and Layout Dive deeper into the physical design of CMOS circuits, understanding the link between logic and layout.

Lesson 3.1: CMOS Inverter: Static and Dynamic Characteristics

Lesson 3.2: Designing Complex Combinational Logic Gates

Lesson 3.3: Introduction to Physical Layout and Design Rules

Lesson 3.4: Stick Diagrams and Euler Path for Efficient Layout

Lesson 3.5: Project: Creating the Layout for a Full Adder

Module 4: Hardware Description Languages (HDL) Learn to describe complex digital hardware programmatically using an industry-standard HDL like Verilog or VHDL.

Lesson 4.1: Introduction to HDL and Thinking in Hardware

Lesson 4.2: Dataflow, Behavioral, and Structural Modeling

Lesson 4.3: Writing Testbenches for Simulation and Verification

Lesson 4.4: Coding Combinational and Sequential Logic

Lesson 4.5: Live Session: A Guided HDL Coding and Debugging Workshop

Module 5: FPGA Architecture and Prototyping Discover how to take your HDL designs and bring them to life on reconfigurable hardware.

Lesson 5.1: What is an FPGA? Architecture and Core Components (CLBs, IOBs)

Lesson 5.2: The FPGA Design Flow: Synthesis, Place & Route

Lesson 5.3: Constraining Your Design: Timing and Pin Assignments

Lesson 5.4: Programming an FPGA and On-Chip Debugging

Lesson 5.5: Project: Implementing an FSM on an FPGA Board to Control LEDs

Module 6: Circuit Simulation and Verification (A Ucanly Deep Dive) Master the critical process of ensuring your design is correct before it's ever fabricated, with guidance from Ucanly.

Lesson 6.1: The Importance of Verification in VLSI

Lesson 6.2: Logic and Circuit Simulation Techniques

Lesson 6.3: Static Timing Analysis (STA) Basics

Lesson 6.4: Understanding Setup and Hold Times

Lesson 6.5: Introduction to Formal Verification Concepts

Module 7: Advanced VLSI Topics Get an introduction to the key challenges and specializations in modern integrated circuit design.

Lesson 7.1: Designing Memory Circuits (SRAM, DRAM)

Lesson 7.2: Clocking Strategies and Clock Distribution

Lesson 7.3: Low-Power VLSI Design Techniques

Lesson 7.4: Introduction to System-on-a-Chip (SoC) Design

Module 8: Capstone Project: A Digital System Design (The Ucanly Challenge) Integrate all your skills to design, simulate, and implement a complete digital subsystem.

Lesson 8.1: Project Specification: e.g., A UART Transceiver or a Simple CPU

Lesson 8.2: Architectural Design and Module Partitioning

Lesson 8.3: HDL Implementation and Testbench Verification

Lesson 8.4: Final Simulation, Synthesis, and (Optional) FPGA Implementation

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