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All Course Tracks

16 comprehensive tracks covering the full hardware design spectrum. Follow the recommended progression or jump to any topic.

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Overall Progress

Complete all 16 tracks and capstone projects to earn your Hardware Design Masterclass certification.

Learning Roadmap

FOUNDATIONS CORE DESIGN SIMULATION ADVANCED T1 T2 T3 T4 T6 T7 T9 T13 T16 T5 T11 T12 T8 T10 T14 T15

Phase 1: Foundations

Build your understanding of electromagnetic fundamentals, coupling mechanisms, and noise sources.

01
EMI/EMC Foundations
Beginner

EMI vs EMC, emissions, immunity, noise sources, coupling paths, compliance overview with animated visualizations and real failure examples.

ConductedRadiatedESDSurgeEFT
02
🔌
Coupling Mechanisms
Intermediate

Deep dive into conducted, capacitive, inductive, common impedance coupling, crosstalk, and radiated coupling.

CapacitiveInductiveCrosstalkRadiated
05
🎶
Harmonics & Digital Signals
Intermediate

Harmonics, rise/fall time effects, clock spectra, interaction with SI and EMI. Interactive spectral visualizers.

FourierSpectraRise TimeBandwidth
11
CM / DM Noise
Intermediate

Common mode and differential mode currents, conversion mechanisms, filters, and mitigation strategies.

CMDMChokesFilters
12
💥
Noise Sources & PCB EMI
Intermediate

IC noise, digital board noise, cable noise, PCB radiation, split grounds, decoupling problems, return path breaks.

IC NoiseRadiationGrounding

Phase 2: Core Design

Master PCB design, signal integrity, and power integrity engineering.

03
📈
PCB Design for SI/PI/EMI
Intermediate

Stackup, impedance, return paths, grounding, high-speed routing, differential pairs, via discontinuities.

StackupImpedanceRoutingVias
04
📐
Signal Integrity Masterclass
Advanced

Transmission lines, reflections, ringing, crosstalk, jitter, eye diagrams, termination strategies.

ReflectionsCrosstalkJitterTermination
06
Power Integrity Masterclass
Advanced

PDN fundamentals, target impedance, decoupling, anti-resonance, ground bounce, SSN, IR drop.

PDNDecouplingIR DropSSN
08
📊
IBIS / IBIS-AMI Labs
Advanced

IBIS fundamentals, driver/receiver modeling, package parasitics, IBIS-AMI equalization concepts.

IBISAMIDriverEQ

Phase 3: Simulation Labs

Hands-on virtual lab experience with interactive simulations.

07
🔬
SI Virtual Simulation Labs
Advanced

Transmission Line, TDR, Eye Diagram, S-Parameter, Crosstalk, Jitter, Channel Loss, Differential Pair labs.

TDREyeS-ParamsCTLE/DFE
10
PI Simulation Labs
Advanced

PDN impedance, decoupling optimization, anti-resonance, IR drop, SSN, plane resonance labs.

PDN ZDecapIR DropResonance
14
🔧
Virtual Measurement Lab
Intermediate

Oscilloscope, TDR, VNA, BERT, spectrum analyzer, near-field probe simulations.

ScopeTDRVNABERT

Phase 4: Advanced & Compliance

SerDes compliance, EMI/EMC testing, system integration, and debugging mastery.

09
SerDes Compliance Labs
Advanced

Channel compliance, eye mask testing, jitter compliance, BER, receiver margining for DDR/USB/PCIe/Ethernet.

DDRUSBPCIeEthernet
13
📜
EMI/EMC Compliance Testing
Advanced

Emissions testing, immunity testing, equipment, IEC/FCC/CISPR standards, virtual test setups.

IECFCCCISPRSetup
15
🔗
SI + PI + EMI Interaction
Advanced

Integrated simulations showing cross-domain effects: SI→EMI, PI→Jitter, PDN→Eye diagrams.

SI-EMIPI-JitterIntegration
16
🔎
Debugging & Case Studies
Advanced

Compliance debug, SI/PI failure analysis, PCB redesign, troubleshooting flowcharts, "What went wrong?" exercises.

DebugRoot CauseRedesign

Capstone Projects

Integrated design challenges that combine everything you've learned.

Capstone 1: High-Speed Channel

Design and debug a high-speed PCB channel. Fix reflections, improve eye diagrams, reduce crosstalk, and meet compliance targets.

Start Project

Capstone 2: Processor PDN

Design and optimize a processor PDN. Meet target impedance, remove anti-resonance, improve power integrity.

Start Project

Grand Final: Complete System

Full system design meeting SI, PI, SerDes compliance, and EMI/EMC requirements. Final certification.

Start Project