The Electronic Product Development Course

✅ Your designs show unexpected behavior.
✅ You need multiple PCB spins — and still the real issue isn’t solved.
✅ You’re stuck guessing: Is it grounding? The supply? Components?
✅ You’ve battled EMI failures, signal integrity problems, and random resets.
✅ It passes testing — but breaks down in production.

You’re not alone….

When I started my professional career 30 years ago, I was really confident I was going to be able to be successful with every design.

I had done well in university and had already spent 13 years as an electronics enthusiast.

However, when I designed my first circuit for a radio telescope, I stumbled upon a few things a university degree does not cover… Even though I aced EMC there with a 10 out of 10 score....

It was a filter circuit, and when I got it back and measured it, the result was terrible! What was going on? It wasn’t the schematic — that part was perfect...

After spending days trying to figure it out, I was totally lost and about to give up.

Then, a retired, very experienced engineer from the company dropped by and showed me a simple rule that fixed the design instantly!

What he had shown me was a very simple rule for one specific aspect of electronics design. It was so easy to apply that I never had a problem with that aspect again—and it helped me solve many of my colleagues’ problems throughout the rest of my career.

In the years that followed, I had many more of these moments where I felt lost again — now with different aspects of electronics design.

Each time, I would find the fundamental theory that explained it, either by myself or with the help of more experienced engineers, and construct a simple rule or procedure to prevent it from happening again.

Over time, I would either write down these theories, rules and procedures or memorize them, until gradually, almost all of my designs achieved their key specifications with the first design spin.

Apparently, I had found all the aspects that can ruin an electronics design, and developed simple rules and methods to get all of them right at the same time — I had ‘plugged all the leaks.’

Thanks to all the expert engineers I’ve learned from, the combined design experience behind these rules and methods easily exceeds 100,000 hours.

This knowledge made a huge difference in my career.

A few months after I started my second job, my employer announced that half of the personnel would be fired due to economic conditions.

My heart sank — I had just joined and was one of the youngest employees, so I was certain I would be fired as well. However, I wasn’t…

When I asked a few months later what made them decide to keep me, they said it was my expertise in efficiently designing circuits. Basically… my proven rules, methods, and procedures.

A course that integrates every aspect of electronics design using a simple, proven process — so you know exactly what to do and how to get it right the first time.

About a year ago, I realized that if these systems worked so well for me, they could work for others too.

During my career, I took many courses and trainings, but all of them focused on just one aspect or theory of electronics design at a time.

I learned the hard way that that is not enough — real-world designs can easily fail when just one aspect is overlooked.

That’s why I’ve made a course that takes a different approach:

It explains all the aspects and theories you need to cover in a very simple way. And then it shows you, hands-on, how to apply all of those at the same time, so you can get your designs right the first time.

If you’re curious about this course, you can watch 1 of the 15 modules for free. It’s a full one-hour lesson where I break down the exact lessons I learned from that failing filter — among other things. It’s the project that started it all.

Getting an electronics product right the first time means avoiding the costly mistakes that can show up during:

1. Conceptual schematic design
2. Detailed schematic design
3. Choosing real-world components
4. Component placement
5. PCB layout

The traditional way to master this is to spend decades building real products, making mistakes and slowly learning where all the landmines are buried.

Luckily, I’ve already done that part for you.

Together with the knowledge I got from other expert engineers, I’ve taken everything I’ve learned from 30+ years of real-world design and created a program that guides you through steps 2 to 5 — and a big part of step 1.

Every electronics product goes through these phases, and most failures happen because of things you didn’t even know to look out for. It’s like trying to find a needle in a haystack… when you don’t even know what a haystack looks like.

This program shows you where the haystacks are, what they look like — and how to find the needles — using clear theory, practical rules, and design methods you can apply immediately.

Electronics isn’t magic. If you simplify it properly — without missing the important details — it becomes something you can fully understand and control. It also makes electronics a lot more fun!

When You Join, You’ll Learn How To:

And this is absolutely critical:

 Learn how to incorporate all these different aspects in a single design so performance is maximized for all of them at the same time!

I understand that buying this course is a big decision.

A few weeks 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 to evaluate my course before you commit.

Before you decide, I strongly encourage you to check out my free content. It’ll give you a clear idea of what my teaching is like:

• 👉 Watch the free 1-hour course module
• 👉 Explore my YouTube channel with videos in the same style as my course

You can watch the first 3 modules of the course. If after that you feel it’s not the right fit, you can book a short call with me within 14 days and I’ll refund your money — no problem. The first 3 modules are:

• Electromagnetic PCB design (The module you can watch for free)
• Controlled impedance lines
• Passive components

At that point, you’ll have seen a significant part of the program — and offering a refund beyond that wouldn’t be fair to me or other paying students.

Because I want to hear what didn’t work for you. If something was unclear or unexpected, your feedback helps me improve the course and this information page — for you and future students.

Also, refunds aren’t free on my end:

• I have to issue two invoices
• I lose 3% in payment processing fees
• My accountant does double the work — and charges me for it

So please only ask for a refund if you genuinely feel the course isn’t a fit.