VLSI
This VLSI course provides a comprehensive understanding of semiconductor devices, digital and CMOS design, and VLSI methodologies. It covers RTL design, verification, physical design, ASIC and FPGA flows, along with analog circuits and advanced topics like SoC and nanotechnology, preparing learners for real-world chip design and industry applications.
₹4720.00 ₹6999.00 33% OFF
/CourseBundles(71911)/13246410-WhatsApp_Image_2026-08-10_at_5.58.36_PM_(1).jpeg?Expires=1817901142&Signature=RZaEa3vNXWgJVuozpyON8C6uV3E9zNTQKQfClFMBxW~M8SXsVHk-XnTyx6yg6PsjgH3wicvo48a5Y5LUC~qma6wnm16N86UGQejpcmsArvaC1UFCs9FbSIBMhpsLe08hRx4d8rInp3hosqXFn6WYsjfIkjaFkSaQCbp9z2UDxZ3vVbhbZoggbv7qdZDGEOiW4URq8vDQVoqFeFzuc5v2eEhB4iZnCJ7OIP1vheMTsYVVQU5X9nxlNvnO3eDjQmRZAIksbvuAuSg9xHsJSIE5hf9J0aYT9sdwviCrSXnfHJcC545PwDJ2ADvoBsGL5Jgu1618OvbuQRyNTADiFVEAWA__&Key-Pai)
Course Overview
VLSI Course (2–3 Months)
This intensive 2–3 month VLSI course combines structured learning with hands-on exposure to equip you with core chip design skills and real-world industry knowledge.
Month 1–2: In-Depth Training with Industry Mentors
Objective: Build a strong foundation in VLSI design concepts.
Format: Pre-recorded, self-paced learning.
Key Components:
- Recorded sessions for flexible learning
- Topics: Semiconductor devices, digital logic design, CMOS design, VLSI design flow, RTL coding, verification basics, and design methodologies
Month 2–3: Practical Hands-On Experience
Objective: Apply VLSI concepts to real-world design scenarios.
Key Components:
- Live projects & case studies (RTL design, simulation, physical design basics)
- Exposure to ASIC & FPGA design flow
- Team collaboration activities
- Continuous mentorship from industry experts
Certification:
- Course Completion Certificate
- Internship Completion Certificate
This program offers the perfect blend of flexibility, mentorship, and practical learning to kickstart your career in VLSI and chip design.
Schedule of Classes
Course Curriculum
1 Subject
VLSI
1 Exercises • 25 Learning Materials
MODULE 1
VIDEO 1: Introduction to VLSI Design and IC Technology
VIDEO 2: Data Types and Descriptive Statistics Fundamentals
VIDEO 3: MOS Transistor Operation and Characteristics
VIDEO 4: CMOS Inverter Design and Analysis
VIDEO 5: CMOS Logic Gates and Design Styles
MODULE 2
VIDEO 6: Combinational Logic Circuits
VIDEO 7: Sequential Logic and Flip-Flops
VIDEO 8: Registers and Counters Design
VIDEO 9: Finite State Machines (FSM)
VIDEO 10: Timing Analysis and Clock Distribution
MODULE 3
VIDEO 11: Arithmetic Building Blocks - Adders
VIDEO 12: Multipliers and Shifters Design
VIDEO 13: Memory Architecture - SRAM Design
VIDEO 14: DRAM and ROM Architecture
VIDEO 15: Hardware Description Languages - Verilog Basics
MODULE 4
VIDEO 16: Verilog HDL Behavioral Modeling
VIDEO 17: Verilog HDL Structural and Gate Level Modeling
VIDEO 18: Digital Design Synthesis and Optimization
VIDEO 19: VLSI Physical Design Flow
VIDEO 20: Floorplanning and Placement
MODULE 5
VIDEO 21: Routing and Clock Tree Synthesis
VIDEO 22: Power Dissipation and Low Power Design
VIDEO 23: Design for Testability and BIST
VIDEO 24: FPGA and ASIC Design Methodologies
VIDEO 25: VLSI Design Verification and Sign off
FINAL PROJECT
VLSI FINAL PROJECT
Course Instructor
SKILLUMNI
7 Courses • 6 Students
By clicking on Continue, I accept the Terms & Conditions,
Privacy Policy