Subjects & Chapters

Advanced Digital System Design

5 chapters

Digital System Design FundamentalsHardware Description LanguagesAdvanced FPGA ArchitectureDatapath and Control DesignClocking and Timing Issues
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Solid State Device Physics

5 chapters

Semiconductor FundamentalsPN Junction DiodeBipolar Junction Transistors (BJT)MOSFET Device PhysicsAdvanced Semiconductor Devices
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CMOS Analog IC Design

5 chapters

Basic Analog Building BlocksSingle-Stage and Differential AmplifiersOperational AmplifiersNoise in Analog CircuitsSwitched-Capacitor Circuits
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VLSI Technology and Fabrication

5 chapters

Crystal Growth and EpitaxyOxidation and LithographyDoping and Etching TechniquesDeposition and MetallizationCMOS Process Flows
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Logic Synthesis and Verification

5 chapters

Introduction to Logic SynthesisState Machine and Sequential SynthesisFormal Verification FundamentalsFunctional Verification MethodologiesTiming Verification
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VLSI Digital Signal Processing Systems

5 chapters

Introduction to DSP SystemsPipelining and Parallel ProcessingUnfolding and Folding ConceptsFast Convolution and Systolic ArchitecturesArithmetic Architectures for DSP
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Testing and Testability of VLSI

5 chapters

Fault Modeling and SimulationTest Generation TechniquesDesign for Testability (DFT)Built-In Self-Test (BIST)Delay Testing and Fault Tolerance
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Mixed Signal IC Design

5 chapters

Mixed-Signal FundamentalsDigital-to-Analog Converters (DAC)Analog-to-Digital Converters (ADC)Oversampling ConvertersPhase-Locked Loops (PLL) and Data Converters
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Low Power VLSI Design

5 chapters

Power Dissipation in CMOSCircuit-Level Power MinimizationArchitecture-Level and Logic-Level TechniquesMemory and Interconnect PowerPower Estimation and Analysis
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System on Chip (SoC) Design

5 chapters

SoC Architecture and ComponentsOn-chip Communication ArchitecturesIP Design and ReuseSoC Verification and ValidationAdvanced SoC Topics
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RF IC Design

5 chapters

RF Microelectronics PrinciplesLow Noise Amplifiers (LNA)MixersOscillators and Frequency SynthesizersPower Amplifiers (PA) and Transceivers
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Memory Design and Testing

5 chapters

SRAM Architecture and DesignDRAM TechnologiesNon-Volatile MemoriesMemory Testing and Fault ModelsMemory Reliability and Packaging
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Physical Design Automation

5 chapters

Introduction to Physical DesignPartitioning and FloorplanningPlacement MethodsRouting AlgorithmsClock and Power Network Design
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Nanoscale Devices and Circuits

5 chapters

Scaling Limits and Nanoscale PhysicsEmerging Transistor TechnologiesNanoscale InterconnectsNeuromorphic and Brain-Inspired ComputingBeyond-CMOS Computing Paradigms
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Total Subjects14
Total Chapters70
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M.Tech VLSI Design — Syllabus, PYQ Papers & Question Banks | QuestionBankPro