New — Specialised Edition · 16 Modules · Free Module 0

EMI / EMC
Design Bootcamp

The specialist track — schematic to chamber

Most boards pass functional tests in the lab. Many fail their first compliance scan. This isn't about rules to memorise — it's the physics behind every EMI decision, shared from the engineers who have lost chamber slots and rebuilt designs from scratch.

Architecture · Schematic · Stackup · Layout · Grounding · Filtering · Switching Noise · Cables · Firmware
Pre-Compliance · Chamber Testing · Debugging — everything that determines whether your product passes.

▶ Try Module 0 — Free See Pricing →

Modules

365

Days Access

Free Preview

Live

Masterclass Track

Why a Specialised Track

Most boards pass on the bench.
Many fail in the chamber.

EMI/EMC is the discipline that decides whether your product can be sold. Generic PCB courses give it a chapter. This bootcamp gives it 16 modules.

Without EMI/EMC discipline

"It worked. Then we sent it to the EMC lab."

Radiated emissions 18 dB over the CISPR 32 limit at 220 MHz
Conducted emissions failing in the LF band — switcher harmonics
ESD test resets the MCU on the second contact
Burst (EFT) immunity fails — port unable to recover without power cycle
Re-spin needed after first chamber visit. Eight-week schedule slip.
₹15,000/hour chamber time burned chasing one harmonic at a time

After this bootcamp

"The chamber visit confirmed what we already knew."

Stackup and return paths locked before routing
Filter, ferrite, and TVS placement chosen from coupling-path analysis
Pre-compliance run on the bench predicted the spectrum within 3 dB
Grounding scheme defended on first principles — not copy-pasted
Firmware decisions traced to their emission impact
Debugging is mechanical, not magical — every failure has a traceable cause

EMI/EMC is not a layout style or a checklist. It is a chain of decisions that begins before the schematic opens and ends in the chamber. This bootcamp walks the entire chain — every link, in the order it actually happens.

Curriculum

16 Modules — start free

Module 0 is free with no login. Modules 1–15 require enrollment. Each module ends in a scenario-based check, real failure cases, and the design decision behind every choice.

FREE PREVIEW

Why EMI/EMC Exists

You have been designing circuits. You have not been designing for the real world. The threat landscape, why standards exist, why functionally-correct boards still fail.

The EMI/EMC Problem Space

The vocabulary that makes everything else possible. Sources, victims, coupling, near vs far field, dB and dBµV, the spectrum we actually live in.

How Noise is Born

Every EMI problem starts somewhere. dI/dt, dV/dt, switching edges, current loops, voltage transitions — the physics of noise generation.

The EMC Engineering Mindset

Knowledge without a process is just better guessing. The decision framework — source, path, victim — that makes everything actionable.

System Architecture & EMC Planning

The schematic has not opened yet — and you are already making EMC decisions. Partitioning, isolation boundaries, port classification, enclosure assumptions.

Schematic-Level EMC

Every component choice is an EMC decision. Decoupling networks, filter selection, common-mode strategy, ferrites, TVS, transformer choices.

Stackup & Return Path Fundamentals

Before routing a single trace — lock the stackup. Reference planes, dielectric heights, plane assignment, why return current shapes everything.

PCB Layout for EMC

Architecture decided. Schematic done. Stackup locked. Now every decision becomes geometry — placement, partitioning, vias, splits, length matching.

Grounding — The Most Misunderstood Topic

"Connect everything to ground." This instruction has caused more EMC failures than any other. Single-point, multi-point, hybrid, isolated — and when each is wrong.

Filtering, Shielding & Protection

Filtering and shielding defend the margin. Filter topology, ferrite selection, gasket strategy, slot antennas, why shields fail when grounded badly.

M10

Power Electronics & Switching Noise

The switching supply is not just a noise source — it is a predictable one. Buck, boost, flyback spectrum signatures. Snubbers. Spread-spectrum modulation.

M11

Cables, Connectors & Board Interfaces

The PCB is clean. The cable just became a metre-long antenna. Common-mode chokes, pigtail effects, shield termination, connector selection.

M12

Firmware-Level EMC

Same hardware. Different firmware. Different emission spectrum. Clock dithering, output rate control, sleep states, GPIO toggle patterns.

M13

Pre-Compliance Testing Workflow

The board is on the bench. The chamber is two weeks away. Near-field probing, current probes, LISN, building a credible bench measurement.

M14

EMC Chamber Testing — What Actually Happens

You are at the compliance chamber. The clock is running at ₹15,000 per hour. Test flow, what fails, what to bring, how to budget your slot.

M15

Debugging EMI Failures & Case Studies

Every failure has a reason. Every reason has a traceable cause. Real case studies: harmonic hunts, ESD upsets, immunity failures, the fix and the lesson.

What You Take Away

Decisions you can defend,
not rules you copied

After this bootcamp, you can walk through any board and explain — at every layer — why it will or will not pass compliance.

🧭

An EMC plan before the schematic opens

Architecture decisions — partitioning, isolation, port classification — made deliberately, with their EMC consequences understood up front.

📐

A defensible stackup & layout

Reference planes, return paths, splits, vias and partitioning chosen from physics — not borrowed from someone else's reference design.

🔇

Filtering & shielding that actually works

Filter topology, ferrite material grade, common-mode choke selection, shield grounding strategy — chosen for the noise you actually have.

🧪

A bench pre-compliance setup

Near-field probes, current probes, LISN, an HF spectrum analyser bench — built around what your products actually need to pass.

🏛️

Chamber readiness

Walk into the chamber knowing the test sequence, what fails first, how to use chamber time efficiently, and how to read the report.

🎯

A real debugging method

When something fails, you are not guessing. You isolate the source, identify the coupling path, and apply the smallest fix that closes the margin.

Who This Is For

If your boards are headed for compliance

This is not an introductory PCB course. It is the specialist track that comes after you can already lay out a board — and before your first chamber slot.

⚙️

Hardware / PCB Engineers

You know your way around a layout tool. You want to stop relying on the EMC consultant for decisions that should be yours.

🏭

Product Companies Targeting Compliance

Train your team to design for CISPR, FCC, IEC and CE on the first board, not the third.

🔌

Embedded / Firmware Engineers

Your firmware shapes the emission spectrum. Module 12 alone is worth the seat.

🎓

PCB / Embedded Bootcamp Graduates

A natural next step after VyomEx PCB or Embedded — go from generalist to specialist.

Pricing

Specialist pricing

EMI/EMC is a specialised skill. Self-paced access is priced as a fraction of one chamber re-spin. 365-day access. Try Module 0 free, no card.

Founding prices closing

Lock in self-paced founding pricing before May 11

From May 12, EMI/EMC self-paced reflects its full specialist value — 16 modules from architecture to chamber, built with 30+ years of compliance-critical hardware experience from our industry veterans.

✓ Active until May 11 ₹7,999 Self-Paced · founding price

From May 12 ₹14,999 Self-Paced · standard price

Existing students keep their original price permanently. Buy today, pay nothing more — ever — even after the standard price applies.

Self-Paced Access

All 16 Modules — Async

₹7,999

one-time · 365 days access · founding price

All 16 modules (M0–M15)
Scenario-based checks every module
Real failure case studies in M15
Pre-compliance & chamber walkthroughs
365-day self-paced access
Existing students grandfathered permanently

Live cohort — by track

EMI/EMC live training is structured by domain

Live cohorts are run as focused masterclasses — each one targeting a specific class of EMI/EMC engineering. The first masterclass is open for enrolment. System-level cohorts are planned for later in 2026.

● PCB-Focused Masterclass — Cohort 01 open ○ System-Level Cohort — late 2026

View PCB-Focused Masterclass

For teams & companies

Corporate training available

Bringing your team to compliance readiness, training a hardware group, or commissioning an in-company EMI/EMC programme? Get team-seat pricing, GST invoicing on PO, and customisable focus areas for your product context.

Contact for team pricing

Secure payment via Razorpay · UPI · Cards · Net Banking · EMI available

The Team

Built by Lead Architects
who have lost chamber slots themselves

30+ years of combined experience in hardware architecture and global compliance. The course that exists because chamber failures are expensive and avoidable.

Abhishek Garg

Lead Instructor & Founder

VyomEx · FPGA IP Core Designer · SI/PI Simulation Trainer

Every module in this bootcamp comes from real design and debug experience — boards that failed first chamber attempts, harmonics chased at 2 AM with a near-field probe, immunity failures that re-opened a closed BOM. The EMI/EMC track is the course I would have paid for before my first compliance scan.

EMI / EMC Design Pre-Compliance Testing SI / PI Simulation FPGA IP Core Design

Vijay Baraiya

Principal Industry Mentor

Principal Industry Mentor · EMI/EMC Architecture & Global Compliance · 21 Years

Co-mentor on the Design Review Live track. Vijay has lived the failures this bootcamp teaches you to avoid — chamber re-spins, late-stage filter additions, ground topology rebuilds. He brings the perspective of an engineer who has signed off on hardware destined for environments where compliance is not optional.

CISPR / FCC / IEC DO-160 / MIL-STD-461 Chamber Debug Compliance Strategy

EMI / EMCDesign Bootcamp

Lock in self-paced founding pricing before May 11

EMI/EMC live training is structured by domain

Corporate training available

Enroll in EMI/EMC

EMI / EMC
Design Bootcamp