Module 1: Digital Electronics & Basic Electronics Foundation

  • Number Systems & Codes

  • Boolean Algebra & Logic Gates

  • Combinational Circuits (MUX, DEMUX, Encoder, Decoder)

  • Sequential Circuits (Flip-Flops, Counters, Registers)

  • Timing Diagrams & Hazards

  • Basics of:

    • Analog Electronics

    • Electronic Devices and Circuits (EDC)

    • Computer Architecture

    • Microprocessors and Microcontrollers

    • Object-Oriented Programming (OOPS) and C/C++

Module 2: Verilog HDL – Theory & Practical Coding

  • RTL Design Fundamentals

  • Verilog Language Constructs

    • Data Types, Operators, and Control Statements

    • Procedural Blocks (initial, always)

  • Behavioral vs Structural Modeling

  • Tasks and Functions

  • Testbenches

  • FSM Design and Implementation

  • Synthesis Guidelines

Module 3: VHDL

  • Introduction to VHDL Syntax and Modeling Styles

  • Data Flow, Behavioral, and Structural Modeling

  • Testbench Development in VHDL

  • 2 Mini Projects using VHDL

Module 4: RTL Design – Advanced Topics

  • Metastability and Design Implications

  • Synchronization Techniques

  • CDC (Clock Domain Crossing) Techniques

  • LINTING Tools & Guidelines

  • Power Optimization Techniques

  • Clock Gating & Area Optimization

  • Writing Synthesizable Code

  • Debugging and Optimization Techniques

Module 5: Static Timing Analysis (STA)

  • Timing Basics: Setup, Hold, Skew, Slack

  • Timing Paths and Analysis Flow

  • Constraints (SDC)

  • Timing Closure Techniques

  • Practical STA Examples

Module 6: Aptitude + Algorithmic Interview Prep

  • Quantitative, Logical & Verbal Reasoning

  • 30 Algorithmic Interview Puzzles

  • Problem-solving for hardware design and logic

Module 7: Projects – Practical Application

  • 5 Mini Projects (e.g., ALU, Traffic Light Controller, FIFO, UART, etc.)

  • 5 Major Projects (e.g., CPU Design, Memory Controller, RISC Processor)

  • 5 Protocol-Based Projects (e.g., SPI, I2C, AXI, UART, AMBA)

  • 3 Projects using SystemVerilog + UVM (End-to-End Verification Environments)

Module 8: SystemVerilog for Verification

  • Data Types, Interfaces, Modports

  • OOP Concepts in SV

  • Constrained Randomization

  • Functional Coverage

  • Assertions (Immediate & Concurrent)

Module 9: Universal Verification Methodology (UVM)

  • UVM Architecture

  • Sequence, Driver, Monitor, Scoreboard, Agent, Environment

  • Factory & Configuration Mechanisms

  • UVM Reporting & Messaging

  • UVM Testbench Development

  • 3 Industry-grade Projects with SV + UVM

Module 10: Scripting & Tools

  • Perl, Python Basics for Automation

  • Makefiles and Version Control (Git)

  • Linux Fundamentals for VLSI Engineers

  • Tool Exposure: Simulation, Synthesis, STA, LINT Tools (Synopsys, Cadence, Mentor)

Module 11: Interview Preparation & Career Support

  • 5000+ Interview Questions with Solutions (RTL + Verification + Electronics)

  • Resume and CV Building Workshops

  • Mock Interviews with Industry Experts

  • FREE Premium Referral Program

  • 24x7 Support System for International Students

  • Placement Assistance in India, USA & Europe until placed in dream product-based VLSI companies

Module 12: Mentorship & Industry Guidance

  • Weekly One-on-One Mentoring

  • Live Q&A Sessions

  • Career Planning with Top Industry Mentors

  • Guidance for MS/PhD and International Job Roles


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PREMIUM RTL AND VERIFICATION COURSE

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₹30,000/- (GST Included) ₹ 40,000/-

Validity 180 Days

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