Very Large Scale Integration (VLSI) Design
This comprehensive VLSI design course covers the entire semiconductor design lifecycle, bridging the gap between theoretical electronics and real-world chip manufacturing. You will start by mastering Digital Logic and Hardware Description Languages (Verilog), learning to code complex systems at the Register Transfer Level (RTL). The curriculum then guides you through the 'Backend' flow, where you will learn how to turn code into physical layouts, managing constraints like timing, power, and area. With a focus on industry-standard workflows including Static Timing Analysis (STA) and Physical Verification (DRC/LVS), this course prepares you for a career in the high-demand field of semiconductor engineering.
9-Week Program
Expert-Led + LMS
6+ Live Projects
Industry Verified
About The Program
Master the complete chip design flow, from Digital Logic and Verilog coding to Physical Layout and Verification.
Digital Electronics & MOS Fundamentals
HDL Programming (Verilog/SystemVerilog)
RTL Design & Synthesis
Physical Design (Backend Flow)
Verification & Testing
Course Curriculum
Comprehensive learning path designed by industry experts
Module 1: Digital Electronics & MOS Fundamentals
Module 2: HDL Programming (Verilog/SystemVerilog)
Module 3: RTL Design & Synthesis
Module 4: Physical Design (Backend Flow)
Module 5: Verification & Testing
Hands-On Projects
Our Real-Time projects help you gain knowledge and enhance your skills.
8-bit ALU Design
Design and simulate an Arithmetic Logic Unit capable of performing addition, subtraction, and logical operations using Verilog.
Tech Stack
Tools
Skills
Traffic Light Controller (FSM)
Implement a Finite State Machine (FSM) to control a traffic intersection, optimizing for timing and safety logic.
Tech Stack
Tools
Skills
RISC-V Processor Core
Build a simplified single-cycle RISC-V processor, understanding the data path and control unit architecture.
Tech Stack
Tools
Skills
CMOS Inverter Layout
Create the physical layout of a CMOS inverter, performing DRC (Design Rule Check) and LVS (Layout vs. Schematic).
Tech Stack
Tools
Skills
FIFO Memory Buffer
Design a First-In-First-Out memory buffer to manage data flow between different clock domains (Clock Domain Crossing).
Tech Stack
Tools
Skills
UART Communication Module
Develop a Universal Asynchronous Receiver-Transmitter (UART) protocol for serial communication between devices.
Tech Stack
Tools
Skills
8-bit ALU Design
Design and simulate an Arithmetic Logic Unit capable of performing addition, subtraction, and logical operations using Verilog.
Tech Stack
Tools
Skills
Traffic Light Controller (FSM)
Implement a Finite State Machine (FSM) to control a traffic intersection, optimizing for timing and safety logic.
Tech Stack
Tools
Skills
RISC-V Processor Core
Build a simplified single-cycle RISC-V processor, understanding the data path and control unit architecture.
Tech Stack
Tools
Skills
CMOS Inverter Layout
Create the physical layout of a CMOS inverter, performing DRC (Design Rule Check) and LVS (Layout vs. Schematic).
Tech Stack
Tools
Skills
FIFO Memory Buffer
Design a First-In-First-Out memory buffer to manage data flow between different clock domains (Clock Domain Crossing).
Tech Stack
Tools
Skills
UART Communication Module
Develop a Universal Asynchronous Receiver-Transmitter (UART) protocol for serial communication between devices.
Tech Stack
Tools
Skills
CERTIFICATIONS
On completion of a program each participant gets a course completion, internship and outstanding performance certificates.
Course Completion Certificate
Awarded upon successful completion of the course curriculum.
Internship Certificate
Awarded after gaining practical work experience by successful completion of the capstone projects.
Outstanding Performance Certificate
Awarded to recognize exceptional performance and contributions during the program.
Training Partners
We collaborate with leading organizations to provide you with the best learning experience.
