What You'll Get:

✅ You see strange, unexpected behavior in your designs.
✅ You need multiple PCB spins — yet the real root cause remains unclear.
✅ You're stuck guessing: grounding? power? crosstalk? component behavior?
✅ You've faced interference, signal integrity issues, and reliability problems.
✅ Your design passes lab testing — but fails later in real production or customer use.

These situations are frustrating — and costly. But you don’t have to keep repeating this cycle.

University taught me theory. But seasoned engineers taught me what actually works — and that knowledge has been 100× more valuable throughout my career.

When I started my professional career 30 years ago, I was confident. I had done well in university and had already spent 13 years as an electronics enthusiast. But my first real project — a filter circuit for a radio telescope — taught me otherwise.

The schematic was perfect. But when I built and measured it, the results were terrible. I spent days troubleshooting, completely lost. Eventually, a retired engineer at the company stopped by, looked at the design, and within minutes showed me a simple rule that fixed the problem instantly.

That moment changed my career. The issue wasn’t my schematic — it was a failure caused by a domain I hadn't properly considered. And once I saw the rule, I never had that problem again. Over time, I encountered many more of these "hidden traps" — each one in a different design domain.

Every time, I studied the underlying theory, extracted the key cause, and turned it into a clear rule or procedure I could apply. I wrote them down, refined them, and gradually built a system that covered every domain where real-world designs tend to fail.

Eventually, my designs began meeting key specifications on the first spin — consistently. Over 30 years, I had essentially “plugged all the leaks.” With the combined insights of many excellent engineers I worked with, this knowledge now represents well over 100,000 hours of real-world design experience.

This system didn’t just improve my designs — it protected my career. Early in my second job, the company faced a major downsizing. Half of the staff was laid off. I was new, young, and fully expected to be cut. But I wasn’t. When I asked why, I was told: “Because of your ability to design circuits right — fast, reliable, and efficient.”

That’s when I realized how powerful these methods had become. And years later, I realized they could help others avoid the same painful trial-and-error I went through.

Most courses and trainings only cover isolated topics. But real-world designs fail when just one domain is not handled correctly — even if everything else is fine. That’s why I built this course: to give engineers a complete system that explains the theory simply, defines clear rules for each domain, and shows you how to apply them all together — so your design meets every performance, reliability, and production requirement on the first build.

If you want a full demonstration of how this works, you can watch one full module for free — including the exact lessons I learned from that failing filter design that started it all.

Nikola Manolov

⭐⭐⭐⭐⭐

One of our mature products was struggling to pass recertification, and we couldn't figure out why. Thanks to a tip from Hans's free module and a simple layout tweak, it passes easily now. Invaluable insight for working with regulated products.

Artem Ryzhov

⭐⭐⭐⭐⭐

Many thanks to Hans for the excellent course! I recently entered the world of electronics, and it completely captivated me. While working on my project, I failed to notice many of the mistakes I was making. This course saved me a tremendous amount of time and money during development! Many of the issues in my project were right in front of me, but only thanks to the course did I finally see and fix them. As a result, I got a working PCB on the first try!

This course deserves to be a go-to reference — something you can revisit again and again to find answers to your questions. Importantly, the information is presented in a convenient format, well-structured, and highly practical. There’s no basic theory that you can easily Google — only invaluable insights gained through decades of real-world experience. And it’s precisely this kind of experience that enables the creation of high-quality products in the shortest time possible.

Special thanks to Hans for his support, thoughtful answers, and clear explanations — and also for not stopping at what’s already been done, but continuing to expand the course with new modules.

Most courses teach individual topics in isolation — signal integrity, EMC, thermal management, layout — as if they exist separately. But in real hardware, your design only works if all critical domains are handled correctly at the same time.

One overlooked detail in any single area can quietly cause performance loss, instability, or outright failure — even if everything else is perfect. That’s why isolated knowledge isn’t enough.

This program gives you a complete, proven system to prevent these problems. Instead of endless theory, you get:

• ✅ Highly distilled, practical design knowledge across all critical domains
• ✅ Simple, actionable rules that you can apply directly in real designs
• ✅ Real-world measurements that back up many rules and explanations
• ✅ A complete, practical method to ensure every domain is fully covered
• ✅ A full hardware assignment so you can immediately practice applying these methods

This course condenses 30+ years of real-world experience into just 9 hours of focused, high-density training. One student even binge-watched it in two days — and was immediately able to apply it to real projects.

And because you have lifetime access, you can return to any module anytime — whether you’re designing something new or troubleshooting a design years down the road.

Electronics design stops being unpredictable once you finally know exactly where the risks are — and how to design so they never appear in the first place.

I fully understand that investing in this program is a serious decision.

Not long ago, I bought a $4,000 online course — and it gave me a few sleepless nights. I didn’t know if it would be worth it, and there was no way to truly judge the quality before buying. That experience made me realize what kind of position you might be in right now, thinking about buying this course.

That’s why I’ve made it easy for you to evaluate my course before committing fully.

🆓 Watch My Free Material First

Before you purchase, I encourage you to watch my free materials:

• 👉 The full 1-hour course module (free)
• 👉 My YouTube channel — same teaching style as the course

✅ After Purchase — My Guarantee

Once you join, you can go through the first 3 modules of the full course. If after completing those you feel it’s not the right fit, you can simply book a short call with me within 14 days and I’ll refund your money in full. No problem.

The first 3 modules you’ll get access to:

• • Electromagnetic PCB design (same as free module)
• • Controlled impedance lines
• • Passive components

❌ After Module 3 — No Further Refunds

Once you proceed beyond module 3, you’ll have received a substantial part of the program. At that point, refunds no longer apply — to be fair to both me and the other paying students.

💬 Why a Short 1-on-1 Call for Refunds?

This call is not to convince you to stay — it’s to understand what didn’t meet your expectations, so I can improve the course for future students. Your honest feedback helps me continuously improve the program.

Also, refunds are very expensive on my side:

• • I must issue two invoices
• • Payment providers charge me up to 5% fees, that's $140 (Malaysia)! 
• • My accountant does extra work (and bills me accordingly)

So please read this page very clearly and watch the free module first. Only request a refund if you sincerely feel the program isn’t the right fit for you. That’s more than fair.