Master VLSI Design & Verification

Comprehensive courses covering Digital Design, SystemVerilog, UVM, and advanced protocols. Learn from industry experts with hands-on labs and real-world projects.

70+ Modules
1,000+ Students
Industry Certifications
Showing 14 of 14 courses
BeginnerDigital DesignFree

Digital Design Fundamentals

Master the core concepts of digital logic design, combinational and sequential circuits, and fundamental building blocks of modern digital systems.

40 hours
15 Modules
12 Labs
850 Students

Topics Covered:

Boolean AlgebraCombinational LogicSequential LogicFSM DesignTiming Analysis
BeginnerDigital DesignFree

Verilog HDL Programming

Learn Verilog hardware description language from scratch, covering syntax, design constructs, testbenches, and simulation techniques.

35 hours
12 Modules
10 Labs
720 Students

Topics Covered:

Verilog SyntaxData TypesModulesTestbenchesSimulation
IntermediateSystemVerilogPro

SystemVerilog Fundamentals

Advance your skills with SystemVerilog, the industry-standard language for design and verification, covering enhanced data types, interfaces, and assertions.

50 hours
20 Modules
18 Labs
560 Students

Topics Covered:

SystemVerilog SyntaxInterfacesAssertionsOOPConstrained Random
IntermediateUVMPro

UVM Verification Methodology - Basics

Master the Universal Verification Methodology (UVM), the industry-standard framework for creating reusable and scalable verification environments.

60 hours
25 Modules
20 Labs
480 Students

Topics Covered:

UVM ArchitectureComponentsSequencesTLMFactory PatternConfiguration
AdvancedUVMPro

Advanced UVM Verification

Deep dive into advanced UVM concepts including register models, complex sequences, advanced factory usage, and performance optimization.

55 hours
22 Modules
18 Labs
320 Students

Topics Covered:

Register ModelsAdvanced SequencesPerformanceComplex ProtocolsVIP Development
IntermediateDigital DesignPro

RTL Design Techniques

Learn professional RTL design methodologies, coding guidelines, and optimization techniques used in the semiconductor industry.

45 hours
18 Modules
15 Labs
410 Students

Topics Covered:

RTL CodingSynthesisOptimizationCDCDesign Patterns
AdvancedAdvanced TopicsPro

PCIe Protocol and Verification

Master the PCI Express protocol, covering architecture, transaction layer, data link layer, physical layer, and verification methodologies.

50 hours
20 Modules
12 Labs
280 Students

Topics Covered:

PCIe ArchitectureTLPData Link LayerPhysical LayerPCIe Verification
AdvancedAdvanced TopicsPro

AMBA Protocol Suite (AXI, AHB, APB)

Learn ARM AMBA protocols including AXI4, AXI-Lite, AXI-Stream, AHB, and APB, essential for SoC design and verification.

48 hours
19 Modules
14 Labs
340 Students

Topics Covered:

AXI4AXI-LiteAXI-StreamAHBAPBInterconnects
AdvancedAdvanced TopicsPro

Formal Verification Techniques

Explore formal verification methods including model checking, equivalence checking, and property verification for complex designs.

40 hours
16 Modules
10 Labs
210 Students

Topics Covered:

Model CheckingEquivalence CheckingProperty VerificationFormal Tools
AdvancedAdvanced TopicsPro

Low Power Design Techniques

Master power optimization strategies including clock gating, power gating, voltage scaling, and UPF for energy-efficient designs.

42 hours
17 Modules
12 Labs
260 Students

Topics Covered:

Clock GatingPower GatingUPFDVFSPower Analysis
ExpertExpert TracksPro

Chiplet Architecture & Integration

Master the future of semiconductor design with Chiplets. Learn UCIe protocol, advanced packaging (2.5D/3D), and die-to-die interfaces.

45 hours
15 Modules
8 Labs
120 Students

Topics Covered:

UCIeAdvanced Packaging3D ICD2DSystem-in-Package
ExpertExpert TracksPro

High-Speed SerDes Design

Expert-level course on designing and verifying high-speed SerDes (56G/112G), focusing on PAM4 signaling, equalization, and jitter analysis.

60 hours
20 Modules
15 Labs
95 Students

Topics Covered:

SerDesPAM4EqualizationJitterSignal Integrity
ExpertExpert TracksPro

AI/ML Accelerator Design

Design custom hardware accelerators for Deep Learning. Covers Systolic Arrays, Tensor Processing Units (TPUs), and Dataflow architectures.

55 hours
18 Modules
10 Labs
180 Students

Topics Covered:

TPUSystolic ArrayDeep Learning HardwareNPUDataflow
ExpertExpert TracksPro

Hardware Security & Trust

Learn to protect chips from attacks. Covers Hardware Trojans, Side-Channel Analysis, PUFs, and Secure Boot mechanisms.

40 hours
14 Modules
10 Labs
80 Students

Topics Covered:

Hardware TrojansSide-Channel AttacksPUFSecure BootTrust

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