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Courses & Training Programs

16 comprehensive tracks, 3 capstone projects, and guided learning paths covering the entire hardware design spectrum — from EMI/EMC fundamentals to advanced SerDes compliance and system-level debugging.

16
Course Tracks
120+
Hands-On Labs
500+
Quiz Questions
80+
Hours of Content
Foundations

EMI/EMC Fundamentals & Noise Theory

Build a solid foundation in electromagnetic compatibility, coupling mechanisms, harmonics, and noise sources.

Beginner 🕑 4-6 hours

Track 1: EMI/EMC Foundations

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

📚 8 lessons 🔬 5 labs ✍ 3 quizzes
Conducted EmissionsRadiated EmissionsESDSurgeEFT
Start Track
Intermediate 🕑 5-7 hours

Track 2: Coupling Mechanisms

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

📚 7 lessons 🔬 6 labs ✍ 4 quizzes
CapacitiveInductiveCrosstalkRadiatedCommon Impedance
Start Track
Intermediate 🕑 4-5 hours

Track 5: Harmonics & Digital Signals

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

📚 7 lessons 🔬 4 labs ✍ 3 quizzes
FourierSpectraRise TimeBandwidthClock EMI
Start Track
Intermediate 🕑 3-4 hours

Track 11: Common-Mode / Differential-Mode Noise

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

📚 4 lessons 🔬 4 labs ✍ 2 quizzes
CMDMChokesFiltersConversion
Start Track
Intermediate 🕑 5-6 hours

Track 12: Noise Sources & PCB EMI

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

📚 8 lessons 🔬 6 labs ✍ 4 quizzes
IC NoiseRadiationGroundingReturn PathDecoupling
Start Track
PCB & Signal Integrity

PCB Design & Signal Integrity Engineering

Master stackup design, impedance control, transmission lines, and advanced SI simulation techniques.

Intermediate 🕑 6-8 hours

Track 3: PCB Design for SI/PI/EMI

Stackup design, impedance control, return paths, grounding strategies, high-speed routing, differential pairs, and via discontinuities.

📚 10 lessons 🔬 8 labs ✍ 5 quizzes
StackupImpedanceRoutingViasDiff Pairs
Start Track
Advanced 🕑 8-10 hours

Track 4: Signal Integrity Masterclass

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

📚 11 lessons 🔬 10 labs ✍ 6 quizzes
ReflectionsCrosstalkJitterTerminationEye Diagram
Start Track
Advanced 🕑 6-8 hours

Track 7: SI Virtual Simulation Labs

Transmission line, TDR, eye diagram, S-parameter, crosstalk, jitter, channel loss, and differential pair simulation labs.

📚 8 lessons 🔬 8 labs ✍ 4 quizzes
TDREye DiagramS-ParamsCTLE/DFEChannel Loss
Start Track
Power Integrity

Power Distribution & Power Integrity

Design robust power delivery networks and master PDN impedance analysis, decoupling, and IR drop optimization.

Advanced 🕑 7-9 hours

Track 6: Power Integrity Masterclass

PDN fundamentals, target impedance, decoupling capacitor selection, anti-resonance, ground bounce, SSN, and IR drop analysis.

📚 10 lessons 🔬 8 labs ✍ 5 quizzes
PDNDecouplingIR DropSSNTarget Z
Start Track
Advanced 🕑 5-7 hours

Track 10: PI Simulation Labs

PDN impedance sweep, decoupling optimization, anti-resonance analysis, IR drop mapping, SSN, and plane resonance labs.

📚 7 lessons 🔬 7 labs ✍ 3 quizzes
PDN ZDecap OptIR DropResonanceSSN
Start Track
Advanced & Compliance

Advanced Simulation, Compliance & Debugging

IBIS modeling, SerDes compliance, EMC testing, measurement techniques, system integration, and real-world debugging.

Advanced 🕑 4-5 hours

Track 8: IBIS / IBIS-AMI Labs

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

📚 5 lessons 🔬 5 labs ✍ 3 quizzes
IBISAMIDriver ModelEqualizationPackage
Start Track
Advanced 🕑 5-7 hours

Track 9: SerDes Compliance Labs

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

📚 6 lessons 🔬 6 labs ✍ 4 quizzes
DDRUSBPCIeEthernetBER
Start Track
Advanced 🕑 6-8 hours

Track 13: EMI/EMC Compliance Testing

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

📚 8 lessons 🔬 7 labs ✍ 5 quizzes
IECFCCCISPRTest SetupImmunity
Start Track
Intermediate 🕑 5-6 hours

Track 14: Virtual Measurement Lab

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

📚 6 lessons 🔬 6 labs ✍ 3 quizzes
OscilloscopeTDRVNABERTSpectrum
Start Track
Advanced 🕑 4-5 hours

Track 15: SI + PI + EMI Interaction

Integrated simulations showing cross-domain effects: SI to EMI coupling, PI to jitter impact, and PDN effects on eye diagrams.

📚 4 lessons 🔬 4 labs ✍ 2 quizzes
SI-EMIPI-JitterCross-DomainIntegration
Start Track
Advanced 🕑 5-6 hours

Track 16: Debugging & Case Studies

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

📚 5 lessons 🔬 5 labs ✍ 3 quizzes
DebugRoot CauseRedesignCase StudyFlowchart
Start Track
Recommended Paths

Learning Paths

Not sure where to start? Follow one of our curated learning paths tailored to your role and goals.

Best for layout engineers

PCB Designer Path

Build expertise in PCB design for high-speed and EMI-compliant boards. Covers stackup, routing, coupling, and harmonic awareness.

Track 3Track 1Track 2Track 5
4 tracks · ~20 hours · Beginner to Intermediate
Begin Path
Best for signal/power integrity engineers

SI/PI Engineer Path

Comprehensive signal and power integrity training from theory to advanced simulation including IBIS modeling and SerDes compliance.

Track 4Track 6Track 7Track 10Track 8Track 9
6 tracks · ~42 hours · Advanced
Begin Path
Best for EMC/compliance engineers

Compliance Engineer Path

Master EMI/EMC theory, noise analysis, compliance testing standards, and measurement techniques for regulatory certification.

Track 1Track 11Track 12Track 13Track 14
5 tracks · ~26 hours · Beginner to Advanced
Begin Path
Hands-On Projects

Capstone Projects

Put your skills to the test with integrated design challenges that combine everything you have learned across multiple tracks.

Project 🕑 6-8 hours

Capstone 1: High-Speed Channel Design

Design and debug a complete high-speed PCB channel. Fix reflections, improve eye diagrams, reduce crosstalk, and meet compliance targets for a DDR5 memory interface.

SIEye DiagramCrosstalkCompliance
Start Project
Project 🕑 6-8 hours

Capstone 2: Processor PDN Optimization

Design and optimize a processor power delivery network. Meet target impedance across all frequency bands, eliminate anti-resonance, and improve power integrity.

PDNDecouplingAnti-ResonanceIR Drop
Start Project
Grand Final 🕑 10-12 hours

Capstone 3: Complete System Design

Full system design that must meet SI, PI, SerDes compliance, and EMI/EMC requirements simultaneously. Earn your Hardware Design Masterclass certification.

SI + PI + EMISerDesFull SystemCertification
Start Project
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Join thousands of engineers advancing their careers with our comprehensive curriculum. Full access to all 16 tracks, 3 capstone projects, 120+ labs, and lifetime updates.

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