这门融合AI辅助的VLSI DFT一站式课程，系统讲解扫描架构、ATPG、IJTAG与MBIST等核心技术，并强化时序仿真调试、DRC排错与真实项目故障分析实战，帮助半导体新人与转型工程师建立工业级芯片测试思维，快速提升求职与研发竞争力。
原始标题：Complete VLSI DFT Course: From Basics to Advanced
本课程是一门专为半导体新人与转型工程师量身定制、融合AI辅助的“一站式”VLSI可靠性设计（DFT）进阶实战课。它紧贴现代芯片设计流程，不仅系统性地打破了从数字逻辑基础到扫描架构（Scan）、自动测试向量生成（ATPG）、IJTAG、内存自检（MBIST）等全套核心技术的理论壁垒，更聚焦于时序仿真调试、DRC违规排错以及真实项目故障分析等高级实战技能，旨在帮助学员摆脱机械式背诵，建立起完整的工业级芯片测试思维模型，从而在VLSI求职面试与真实研发项目中具备快速解决实际工程难题的底层核心竞争力。
Published 10/2026
Created by Ankit Singh
MP4 | Video: h264, 1920×1080 | Audio: AAC, 44.1 KHz, 2 Ch
Level: Intermediate | Genre: eLearning | Language: English | Duration: 26 Lectures ( 9h 44m ) | Size: 4.1 GB
One stop course for learning DFT
What you’ll learn
⚡ Understand the fundamentals of VLSI Design for Test (DFT), including its importance, testability, fault models, fault coverage, test coverage, and yield.
⚡ Understand scan architecture and scan insertion concepts, including scan chains, scan cells, scan compression fundamentals, and Design Rule Check (DRC) violatio
⚡ Learn Automatic Test Pattern Generation (ATPG) concepts for stuck-at and transition-delay faults, including pattern generation, fault coverage analysis, and ATP
⚡ Understand ATPG pattern simulation, including zero-delay, Setup/Hold and SDF-annotated timing simulation, and learn how to analyze and debug simulation failures
⚡ Develop an understanding of advanced DFT concepts, including IJTAG, ICL and PDL, OCC, EDT wrapper cells, and test pattern retargeting.
⚡ Learn how to analyze common DFT issues, interpret tool reports, debug DRC violations, and approach technical challenges encountered in real-world DFT projects.
⚡ Build a strong foundation for DFT technical interviews by understanding essential concepts, common problem areas, and practical applications of DFT techniques.
Requirements
❗ Have basic knowledge of “Digital logic and Design” subject in engineering
Description
Note: “This course contains the use of artificial intelligence.”
Complete VLSI Design for Testability (DFT) Course – From Basics to Advanced
Are you an engineering student, a fresher, or a VLSI professional looking to build a strong career inDesign for Testability (DFT)? Do you want to understand DFT concepts clearly and learn how they are applied in real-world semiconductor projects?
Welcome to this comprehensiveVLSI DFT course, designed to help you build a strong foundation in DFT, understand important industry concepts, and develop the technical knowledge needed to grow in the semiconductor industry.
What Makes This Course Special?
Many engineers entering the DFT domain find it challenging to connect theoretical concepts with practical implementation. This course aims to bridge that gap by explaining complex technical concepts in a simple, structured, and easy-to-understand manner.
Whether you are starting your DFT journey or looking to strengthen your existing knowledge, this course will guide you through essential topics, from fundamental concepts to advanced DFT methodologies.
What Will You Learn?
Throughout this course, you will explore a wide range of important DFT topics, including
✨Scan Architecture and Scan Insertion: Understand scan concepts and the fundamentals of scan-based testing.
✨Automatic Test Pattern Generation (ATPG): Learn ATPG fundamentals, stuck-at faults, transition-delay faults, and pattern generation concepts.
✨Fault Models and Coverage: Understand fault models, fault coverage, test coverage, and yield.
✨Pattern Simulation: Explore zero-delay and SDF-based pattern simulation concepts.
✨DFT Rule Checking and Debugging: Understand DRC checks, common violations, and debugging methodologies.
✨IJTAG: Learn the fundamentals of Instrumentation and JTAG, including ICL and PDL concepts.
✨Streaming Scan Network (SSN): Understand SSN concepts and their role in modern DFT architectures.
✨On-Chip Clocking (OCC): Explore clocking concepts used in at-speed testing.
✨Memory Built-In Self-Test (MBIST): Get introduced to memory testing and built-in self-test methodologies.
✨Real-World DFT Concepts: Develop a better understanding of how these concepts fit into practical semiconductor design and test flows.
Who Should Enroll?
This course is suitable for
✨ Engineering students who want to enter the VLSI industry.
✨ Freshers preparing to start their careers in DFT.
✨ VLSI engineers who want to transition into the DFT domain.
✨ DFT engineers who want to strengthen their fundamentals and clarify technical concepts.
✨ Professionals preparing for DFT technical interviews.
How Will This Course Help You?
By the end of this course, you will have a stronger understanding of core DFT concepts and how different methodologies fit into the overall design-for-test flow.
You will be better prepared to understand technical discussions, approach DFT-related problems with greater confidence, and prepare for interviews for entry-level DFT positions.
My goal is to make this course aone-stop learning resource for engineers who want to understand DFT concepts more clearly, rather than simply memorize technical definitions.
Start Your DFT Journey Today!
Design for Testability is a critical part of modern semiconductor development. Building strong fundamentals is the first step toward becoming a confident and capable DFT engineer.
Join this course, strengthen your DFT knowledge, and take the next step toward your career in the VLSI industry.
Let’s bridge the gap between technology and understanding!
Who this course is for
⭐ Engineering students (ECE, CSE, EE), DFT/VLSI Engineers
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