Course Highlights
- Comprehensive VLSI Journey:Master the essentials of VLSI, from Digital Electronics fundamentals to Verilog HDL.
- Advanced Verification Expertise:Gain in-depth knowledge in advanced VLSI verification and methodologies.
- Hands-On Learning:Engage in practical labs, tool demos, projects, case studies, and assignments.
- Skill Development:Acquire the skills necessary for effective VLSI design and verification.
- RISC-V Architecture Exploration:Dive deep into the RISC-V architecture and its applications.
- Interview Readiness:Prepare comprehensively for VLSI-related interviews with targeted guidance.
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Course Details
What will you learn in Advanced VLSI Design and Verification course?
- Understand the fundamentals of digital electronics as the basis for VLSI design.
- Master Verilog HDL for effective digital hardware design and simulation.
- Develop advanced skills in VLSI verification and learn key verification methodologies.
- Apply theoretical knowledge through hands-on labs, tool demos, projects, case studies, and assignments.
- Explore the RISC-V architecture and its applications in modern VLSI systems.
- Build proficiency in using industry-standard VLSI design and verification tools.
- Prepare comprehensively for VLSI-related interviews with targeted practical insights.
Why should you take Advanced VLSI Design and Verification course?
- Gain a holistic understanding of VLSI design, from Digital Electronics and Verilog HDL to advanced verification methodologies.
- Engage in labs, tool demos, projects, case studies, and assignments to reinforce practical skills.
- Master essential verification techniques and methodologies, preparing you to tackle complex VLSI challenges.
- Explore the RISC-V architecture in depth and benefit from targeted interview preparation.
- Equip yourself with industry-relevant skills that boost employability and enhance career prospects in VLSI design and verification.
Who should take Advanced VLSI Design and Verification course?
- Individuals with Prior knowledge in Basic electronics and Digital Electronics
- Designed for students from EEE, EE, ETC, ECE, I&E, and CSE with a competency level ranging from basic to Expert.
Curriculum
- VLSI SoC Design
- Digital Electronics
- Static Timing Analysis
- Linux Operating System
- Verilog HDL
- Advanced Verilog and Code Coverage
- FPGA
- CMOS
- Pilot Project - RTL Design
- ASIC Verification Methodologies
- SystemVerilog HVL
- Business Communication
- PERL Scripting
- SystemVerilog Assertions
- Universal Verification Methodology
- Lab Exercises, Assignments and Case Studies
- Reference Materials
- Lab setup guides
- EDA Tool Demos
- Pilot Project - RTL Verification
- RISC-V RV32I Multi stage pipelined processor RTL Verification Project
- Assessments
Tools you will learn in Advanced VLSI Design and Verification course
- SoC Design Knowledge
- VLSI Design Flow
- Advanced Digital Design, CMOS, fundamentals, Timing Analysis,
- RTL coding
- Implementing Logic functions - registers, memories, arithmetic operations etc.
- Simulation and synthesis tools usage
- Scripting knowledge
- Verification Methodology Expertise
- Object-oriented programming concepts ( OOP),
- Verification Environment Architecture
- Assertion-based Verification
- Constraint Random Coverage Driven Verification ( CRCDV)
- Creating reusable testbenches
- Coverage closure and Verification sign-off
- Analytical and problem-solving skills
- Tools : Xilinx ISE, MentorGraphics - QuestaSim and Synopsys - VCS.