GenLearny

Very Large Scale Integration (VLSI)

Skill Programs

/

ECE/EEE Programs

Very Large Scale Integration (VLSI)

Turn your electronic design ideas into real, high-performance silicon chips with our comprehensive VLSI program.
Learn to design modern, efficient, and reliable integrated circuits that power next:generation technology and showcase your hardware expertise.


With hands-on projects, practical lab sessions, and expert mentorship, you’ll gain the skills to design digital and analog circuits, perform RTL design and verification, implement synthesis and physical design, and confidently build industry-ready VLSI solutions using leading EDA tools and technologies.

Technologies You’ll Learn

Our Approach

At our EdTech-powered learning hub, we follow a hands-on, industry-aligned, and tool-driven approach to VLSI design — ensuring every student gains real chip design experience, understands semiconductor workflows, and masters the complete ASIC/FPGA development cycle from specification to silicon.

Discovery & Fundamentals

  • Understand the fundamentals of semiconductor technology and CMOS design
  • Learn digital electronics, logic design, and IC fabrication basics
  • Analyze real-world chip architectures used in processors, SoCs, and communication systems

RTL Design & Architecture

  • Explore digital system architecture and micro-architecture design
  • Write RTL code using Verilog/SystemVerilog
  • Design modules such as ALU, FIFO, counters, FSMs, and memory blocks

Verification & Validation

  • Develop structured verification methodologies
  • Learn SystemVerilog and UVM for functional verification
  • Build testbenches and perform constrained random testing
  • Analyze functional coverage and debug waveform issues

Synthesis & Physical Design

  • Convert RTL to gate-level netlist using synthesis tools
  • Understand constraints, timing analysis, and optimization
  • Perform floorplanning, placement, routing, and clock tree synthesis

Join the Program

Months Duration
0
Hours Lectures
0 +
Learning Students
0 k+
MNC Mentors
0 +

Certifications

Professional achievements and credentials

Training Completion Certificate
Click to view full size
Certified

Training Completion Certificate

Issued by GenLearny

Internship Completion Certificate
Click to view full size
Certified

Internship Completion Certificate

Issued by GenLearny

Leading Companies Recruiting VLSI Engineers

Program Curriculum

  1. Overview of VLSI and semiconductor industry

  2. History of IC design and scaling trends

  3. Digital vs analog vs mixed-signal ICs

  4. Fabrication process basics: CMOS, masks, doping
    Practical: Identify components on a chip layout diagram

  1. Logic gates and combinational circuits

  2. Boolean simplification techniques

  3. Karnaugh maps and logic minimization

  4. Combinational design examples (Mux, Decoder, ALU)
    Practical: Build and simulate logic blocks

  1. Introduction to Verilog & SystemVerilog

  2. RTL design methodologies

  3. Modules, ports, data types, and operators

  4. Testbench basics for simulation
    Practical: Write and simulate simple RTL designs

  1. FSM design (Moore/Mealy)

  2. Behavioral vs structural modeling

  3. Functional simulation and waveform analysis

  4. Introduction to UVM & assertions
    Practical: Build an FSM and verify correctness

  1. Synthesizable constructs in Verilog

  2. Synthesis flow (RTL → Gate netlist)

  3. Constraints and timing requirements

  4. Introduction to synthesis tools
    Practical: Synthesize a design and check reports

  1. FPGA architecture fundamentals

  2. Mapping RTL to FPGA fabric

  3. Place & Route for FPGA

  4. Bitstream generation and toolchains
    Tools: Xilinx Vivado / Intel Quartus
    Practical: Deploy design on FPGA

  1. Floorplanning and power planning

  2. Placement & Routing concepts

  3. Clock Tree Synthesis (CTS)

  4. Static Timing Analysis (STA) fundamentals
    Practical: Simulate physical design flow basics

  1. Importance of testability in VLSI

  2. Scan chains, boundary scan protocols

  3. Basic ATPG concepts
    Practical: Define test vectors and analyze coverage

  1. Power vs performance trade-offs

  2. Clock gating and multi-voltage techniques

  3. High-speed design considerations
    Practical: Analyze power report

  1. Hands-on with major EDA tools
  2. RTL simulation: ModelSim / Questa

  3. Synthesis: Synopsys DC / Cadence Genus

  4. Physical: Innovus / ICC2

Affordable and Student-Friendly Pricing

Gen-Edge

₹5,000

Gen-Pro

₹9,000

# FAQs

Answers to Your Most Common Questions

Success Rate
0 %
Satisfaction Rate
0 %

We provide internship programs across CSE/IT, Management, ECE/EEE, Mechanical Engineering, and Digital Marketing, focusing on real-world projects and skill development.

Yes! Our internship programs are designed to accommodate beginners while also challenging advanced learners with hands-on tasks.

Yes, all our internship programs are designed in collaboration with industry requirements to provide practical, real-world experience.

Students, fresh graduates, and anyone looking to gain hands-on industry experience can apply, regardless of their prior knowledge.

You gain practical experience, work on real-time projects, build a strong portfolio, and improve employability in your chosen field.

Yes. Every participant is guided by industry professionals to ensure a meaningful learning experience.

Join GenLearny – Let’s Know You Better