Er Yogendra Singh Rajput December 12, 2025

VLSI Design 2-Day Workshop Syllabus

VLSI Design Masterclass

A Comprehensive 2-Day Workshop on Chip Design. Master Verilog HDL, FPGA Implementation, CMOS Logic, and ASIC Flow.

2 Days Intensive Workshop

RTL Design

Write hardware description code using Verilog HDL.

FPGA Prototyping

Synthesize and deploy logic on Xilinx/Intel FPGAs.

Backend Flow

Understand gate-level netlists, placement, and routing.

Workshop Requirements

Laptop (Min 8GB RAM)

Xilinx Vivado / ModelSim

Digital Electronics Basics

C Programming (Optional)

Day 1: Digital Logic & Verilog HDL

S1: VLSI Overview

Moore's Law & Scaling
FPGA vs ASIC vs CPLD
Design Flow (Frontend vs Backend)
Number Systems Refresher

S2: Digital Logic

Combinational Circuits (Mux, Decoders)
Sequential Circuits (Flip-Flops)
Setup & Hold Time
Clocking & Reset Logic

S3: Verilog Basics

Modules & Ports
Data Types (Wire vs Reg)
Operators & Expressions
Blocking vs Non-Blocking (= vs <=)

S4: Modeling Styles

Gate Level Modeling
Dataflow Modeling
Behavioral Modeling
Structural Modeling

Day 2: FPGA, FSM & Verification

S5: Verification

Writing Testbenches
Simulation Tools (ModelSim)
Waveform Analysis
Self-Checking Testbenches

S6: Finite State Machines

Mealy vs Moore Machines
State Diagrams
Coding FSM in Verilog
Sequence Detectors

S7: FPGA Flow

Synthesis & Implementation
Place & Route (P&R)
Bitstream Generation
Flashing code to FPGA

S8: CMOS & Backend

CMOS Inverter basics
Transistor Level Design
Layout Design Rules (DRC)
LVS (Layout vs Schematic)

Live Demos by Trainer

See chip design in action:

Waveform Simulation

Debugging timing diagrams in Vivado/ModelSim.

RTL Schematic

Visualizing the generated gate-level circuit from code.

FPGA Blinking LED

Running Verilog code on actual Xilinx hardware.

Timing Analysis

Checking Setup/Hold violations in the design.

🚀 Projects You Will Design

4-Bit ALU

Arithmetic Logic Unit performing Add, Sub, AND, OR.

Traffic Controller

Finite State Machine based traffic light system.

FIFO Memory

First-In-First-Out memory buffer design.

Ready to design the future?

Download the complete, detailed 2-page syllabus PDF.

Keywords:

VLSI Design Workshop, Verilog HDL Course, FPGA Training, Digital Electronics Syllabus, ASIC Design Flow, Xilinx Vivado Tutorial, Chip Design Career.

Hashtags:

#VLSI #Verilog #FPGA #ChipDesign #DigitalElectronics #ASIC #TechCareer #StudyForNext #Semiconductor

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This content is created for educational and training purposes only. The syllabus structure and design are intellectual property of Study For Next. Any unauthorized reproduction or commercial use without permission is prohibited. If you have any issues regarding this content, please contact us directly.

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VLSI Design

Workshop Requirements

Day 1: Digital Logic & Verilog HDL

S1: VLSI Overview

S2: Digital Logic

S3: Verilog Basics

S4: Modeling Styles

Day 2: FPGA, FSM & Verification

S5: Verification

S6: Finite State Machines

S7: FPGA Flow

S8: CMOS & Backend

Live Demos by Trainer

Waveform Simulation

RTL Schematic

FPGA Blinking LED

Timing Analysis

🚀 Projects You Will Design

4-Bit ALU

Traffic Controller

FIFO Memory

Ready to design the future?

Copyright & Disclaimer