The Electronic Product Development Course

Skip the trial-and-error. Build electronics that work first time.

You already know how to create your conceptual schematic. But turning that design into a fully working, production-ready product — without critical issues — requires mastering multiple design domains at the same time:

  • ✅ Signal integrity and crosstalk
  • ✅ Power supply stability and decoupling
  • ✅ Thermal management
  • ✅ EMC and ESD compliance
  • ✅ Long-term reliability
  • ✅ RF signal performance
  • ✅ Component selection and placement
  • ✅ Testability (lab and production)
  • ✅ PCB technology choices
  • ✅ Comprehensive schematic and PCB checks

I’ll show you exactly how to integrate all these domains into one coherent design process — so your product meets all performance, reliability, and production requirements the first time. This dramatically reduces design spins, avoids late-stage surprises, and can save tens of thousands of dollars.

In fact, I walk through four real-world examples in the free module — projects where I was brought in after problems occurred. Using the knowledge I teach in this course, I was able to spot the root causes within minutes — These issues would have been fully prevented if this design process had been applied from the start.

The methods I teach are based on my 30+ years of product development experience — combined with lessons I’ve learned from some of the most experienced engineers I’ve worked alongside — totaling over 100,000 hours of combined design experience.


⭐⭐⭐⭐⭐

These proven design methods are already being applied by engineers in 9 countries.

What You'll Get:

17 subjects condensed into 9 hours of video
Private forum with personal support from me
Lifetime access + future updates
Full KiCad hardware assignment
30+ years of distilled experience
Complex theory explained simply
Clear, applicable design rules
Avoid costly design spins & failures
Maximize first-pass success rate
Often backed by real measurements
The right design mindset

 

We can help:

Motivated engineers — especially those fresh out of school who want to skip years of painful trial and error.
Experienced engineers who still face strange bugs, EMI issues, layout problems, or unexpected production failures — even seasoned pros often discover gaps they didn’t realize they had.

We can't help:

FPGA or IC-only designers who never work with real PCBs or hardware.
People unwilling to invest serious learning time — this course goes deep, and you’ll get out what you put in.
Complete beginners with zero electronics background — unless you're highly motivated and ready to invest time (my best student started as a software engineer; his complex RF product is now in production).
 

Does This Sound Familiar?

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.

Why Designs Fail — And How You Fix It

Most electronics design failures don’t happen because engineers are careless — they happen because critical knowledge is missing in areas they don’t even realize exist.

University teaches a lot of theory — but much of what causes real-world failures is either not covered, or not explained in a way that’s easy to apply when building actual products.

Even experienced engineers often run into costly surprises because they never learned how multiple design domains interact in real hardware — or which simple rules would have prevented problems in the first place.

That’s exactly what this program fixes. I’ve distilled 30+ years of hard-earned experience into clear explanations, simple rules, and practical design methods — across every major domain that causes product failures:

  • ✅ Schematic design
  • ✅ Component selection
  • ✅ Placement and layout
  • ✅ Signal integrity and EMC
  • ✅ Thermal management
  • ✅ Power integrity
  • ✅ Reliability and production readiness

You don’t have to spend decades finding these failure points one by one — this program shows you where the landmines are, explains why they happen, and gives you practical rules you can apply immediately to prevent them.

Electronics isn’t unpredictable — once you know what to look for.

How This System Was Built — And Why It Works

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.

 

See The Process In Action — For Free

You can watch a full 1-hour module completely free — and see exactly how these design methods apply in real projects.

In this free lesson, you’ll learn:

  • ✅ The fundamental principles of electromagnetic PCB design
  • ✅ How a few simple rules instantly solved my first real-world design failure
  • ✅ 4 real projects where avoidable mistakes cost up to $100,000
  • ✅ Practical design techniques you can apply immediately to prevent these kinds of failures

Many engineers have told me this free module already feels like a complete mini-course — and it’s just one small part of the full program.

One engineer even used what he learned in this free module to solve a costly issue in a mature product. (You’ll see his full review in the next section.)

If I were to offer this as a standalone training, it would easily be worth $300 — but you can watch it entirely for free.

Watch the free module

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.

 

Contents of The 17-in-1 Electronic Product Development Course

Most courses focus on a single aspect — this one shows you how to combine every critical aspect of electronics into one cohesive design, so you can get it right the first time.

Electromagnetic PCB design

✅ One of the most complicated theories in electronics explained in a way anyone can understand.
✅ Backed by real measurements, simple rules, and actionable steps so you can get it right the first time.

Controlled Impedance Lines

✅ Learn exactly how to build transmission lines that work — with clear, step-by-step rules you can apply on any PCB.
✅ Know when you need transmission lines and when you can safely skip them without risking signal integrity.

Passive Components

✅ Some passive components behave in surprising and unexpected ways. You’ll learn exactly what to watch for so your design doesn’t fail unexpectedly.
✅ Know exactly which component to choose and why so your design works right the first time, not the third.

EMC and ESD

✅ Understand the theory behind EMC and ESD without the complexit, it really isn't rocket science,and learn the simple, proven rules to get your design right the first time.
✅ Know exactly what to do when things go wrong, so you’re never stuck at the test bench again.

Power Supplies

✅ Learn how to design and select the right power supply regulator for any application with clear design instructions. And how to design it.
✅ Avoid supply mistakes and decoupling errors that ruin performance — you’ll learn exactly how to filter, route, and place your supply for clean, stable power.

Reliability and Temperature

✅ Learn which components are most likely to fail — and how to extend their lifespan with smart, reliable design choices that prevent costly failures.
✅ Discover how to calculate temperatures and apply both active and passive cooling techniques to control heat and make your design practically indestructible.

PCB Technology

✅ Learn what types of PCB technologies are available — and when and why to use them for performance or cost optimization.
✅ Understand the essential PCB design rules and features that make your board both reliable and manufacturable.

Design For Testing

✅ Learn all the test points, hooks, and design features you need to confidently test your board in the lab or during production.
✅ Discover how to design your board so it can be verified, debugged, and validated — without needing rework or guesswork.

Drawing Readable Schematics

✅ Learn how to draw clean, readable schematics that make errors easy to spot and reviews effortless, so your design works the first time.
✅ See how a messy, confusing schematic turns into a clear one — and why this simple skill can save you days during development.

Schematic Design (Assignment)

✅ Learn how to turn a conceptual schematic into a finished schematic — using datasheets and proven methods to get it right the first time.
✅ Follow a real example step by step or take on the challenge yourself — then compare it with my version and see how I solved it.

Placement (Assignment)

✅ Learn how to place components the right way — because poor placement WILL destroy performance, even if your schematic is perfect.
✅ Take on the assignment and try it yourself or follow along as I show exactly how to place everything to get the best result.

PCB Layout (Assignment)

✅ Learn how to lay out a real PCB step by step — and minimize layout mistakes that quietly degrade your circuit’s performance.
✅ Take on the layout challenge yourself or follow along as I show exactly how to route, shape, and finalize the layout for the best possible results.

Schematic Checks

✅ Get the complete list of schematic checks I developed over 30+ years — so you can catch issues before they turn into expensive mistakes.

PCB checks

✅ Learn the PCB and library checks used by top designers — refined over 30+ years to help you catch problems early and avoid costly redesigns.

Design Philosophy (Bonus Module)

✅ The right design mindset helps you prevent critical mistakes before they happen — this module shows how experienced engineers think through a design using techniques like my ‘switching levels’ method, ‘think five steps ahead’, and one of my personal favorites: KISS — Keep It Simple, Stupid.

Community Support Forum

✅ You get access to a community where I'll answer all your questions that you may have about the course material so you can get answers to any additional questions you may have.
✅ You also have the chance to communicate with other students and share experiences and successful projects.

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.

 

Qingcheng Nian

⭐⭐⭐⭐⭐

I'm an embedded system engineer. Because of an RF circuit design, I found the videos from Hans Rosenberg on YouTube. The way he explains every topic attracted me — from theory, with simulation, and comparing failure design with perfect design using real PCBs. It makes me fully understand a topic from shallow to deep. In order to learn more from his 40+ years of experience, I took a "binge-watching" approach to his course videos :) These principles and practices are truly an enhancement for my PCB design knowledge. During the course, I could already fix issues I had made before. After I watched all the course videos, we even had a call, and he answered all my questions about the content. I really wish I had seen his videos years ago — I would have avoided problems and saved a lot of time. From now on, my goal will also be: making a perfect working PCB on the first try.

 

Why This Program Works

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.

 

The Cost of Figuring This Out Yourself

Learning how to avoid these design failures by trial and error can easily take years — and cost tens of thousands of euros in failed prototypes, repeated test lab visits, production issues, and countless hours of wasted engineering time.

Every unexpected design respin, delay, or surprise failure can easily cost thousands — and sometimes far more — in direct costs and lost opportunity.

This program gives you a complete, proven design system — refined over 30+ years — that you can apply immediately to every new project. And you’ll have lifetime access to revisit it anytime you need it.

 

Here’s Exactly What You Get:

17 topics condensed into 9 hours of focused video lessons
Private forum with direct personal support from me
Lifetime access — including all future updates
Full hardware design assignment (in KiCad) with my complete solution walkthrough
Personal design checklists — built on 30+ years of proven design checks
Real-world measurement demonstrations backing key design rules
Bonus module: Design Philosophy — Mindsets That Prevent Critical Mistakes

 

Join Today — And Start Applying This System Immediately

37% Launch Discount — Only €2495 (ex. VAT)
Lifetime access
Full personal support
14-day money-back guarantee
Includes Bonus Module: Design Philosophy

Note: I plan to add additional modules to this program over time. As more content is added, the price will increase accordingly. By enrolling now, you lock in lifetime access at the current price.

Get It Now: 37% Off + Bonus Module

14-Day Money-Back Guarantee

You can go through the first 3 modules completely risk-free. If you feel it’s not the right fit, simply contact me within 14 days for a full refund.

Full guarantee details are explained below.

14-Day Money-Back Guarantee

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:

✅ 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.

Still Wondering If This Is Right For You?

Here are answers to some common questions I get from engineers considering this program:

I already have years of design experience — will I still learn anything new?

Absolutely. Many experienced engineers told me they were surprised how many gaps they discovered after years of practice. This program doesn't just repeat what you already know — it fills the gaps most courses and textbooks never even address, and shows you how to integrate all design domains properly.

 

I’ve taken other courses. What makes this different?

Most courses focus on isolated topics: just EMC, just power integrity, just signal integrity, etc. This course connects all these domains into one complete design approach — and teaches you how to apply them together, in real-world projects, with simple rules you can actually use. That's where most programs fall short.

 

Do I need advanced math or theoretical background?

No advanced math required. The theories are explained clearly, but always translated into simple, practical design rules you can apply directly. My goal was to make this course fully actionable, not a theoretical exercise. The worst math you'll need is at high-school level.

 

What if my products don’t operate at very high frequencies?

Even at relatively low frequencies, many of these design domains still cause unexpected failures. Most signal integrity, EMC, power, thermal and reliability problems don’t require GHz-level designs — they happen all the time in normal mixed-signal, industrial, or embedded products. This system applies across a wide range of applications.

 

How much time will I need to complete the course?

The complete core program is about 9 hours of video. You can work through it at your own pace, revisit modules as needed, and apply the methods directly to your current designs. Many engineers have told me that even after a few hours, they could already apply insights that made an immediate difference. My fastest student binge-watched the whole thing in 2 days because he was finishing a product and wanted to see if he had missed anything obvious. I don't know if I would recommend watching me 4.5 hours a day for 2 days straight 😂😂😂.

 

Some comments from my YouTube channel

You can find these in my first 4–6 videos around August 2024

This is superb pedagogy

This is superb pedagogy, Mr. Rosenberg! The hardware demonstrations drive home your points very clearly. I'm an experienced mixed-signal EE, and the secrets you are giving away in these videos took me decades to learn. Kudos to you for passing them along to the next generation of design engineers.

@davidrick959

What a gem

What a gem. Was looking for a course to develop my graduate skills, most companies charge an eye for things you can find for free on YouTube. It would be really good if you make a course and focus a lot on the practical / professional part. Can guarantee you people would buy as there is not enough content like this on the internet 😊

@haideralikhan5947

Excellent videos Hans

Excellent videos Hans, exactly what's needed, simple to remember rules with evidence to back them up. Please send me your checklist.

@harinderbahra2996

Designing for decades, still learned something

I've been designing PCBs for decades and still learned some things from your video. Thank you and please send me that checklist!

@brentbolton6984

These videos are amazing

Man, these videos are amazing. Waiting for more! You are honestly the best I have seen in explanations. No fluff, no bs, right to the point and good data.

@FriendlyIntentions

I love the methodical approach here

I love the methodical approach here. I’ve been at this engineering thing for 29 years and I never stop learning new things. I would love to see your checklist.

@lgrizzly

Very clear and instructive

Thanks Hans, your videos are very clear and instructive. You are helping a lot of people with your clear explanations. Thanks again.

@maxpetrelli2142

Awesome interaction in the comments

Great video, and awesome interaction in the comments. I'm really looking forward to new videos.

@MrHaggyy

Thanks for debunking the DGND/AGND myth

Thank you for debunking the DGND/AGND myth that some companies still propagate.

@PeterA650

Absolutely brilliant explanation

Thanks so much for this! Absolutely brilliant explanation and super helpful! ❤️❤️

@tangiblewaves9730

Best videos I've ever seen on high frequency design

These are the best videos I’ve ever seen on high frequency design. Please if it’s not too much bother, send me the checklist.

@Edwinthebreadwin

One of the best explanations I've seen so far

Very well explained. I’ve been designing electronic circuits for almost 40 years and this is one of the best explanations I have seen so far. Good job!!

@yvon8488

Practical, concrete and concise

Practical, concrete, and concise. Great series – please make more!

@joe72205

Extremely high quality video

Extremely high quality video! Please send me the checklist sir.

@ikketangen

You explain complex concepts with ease

Fantastic! You explain complex concepts with such ease that I think anyone can assimilate. Sharing what you have experienced in your work life makes you great. Thank you very much.
Regards, Stefano

@Ste-kg1uo

Finally an electronics-engineer worth watching

Finally an electronics-engineer who's worth watching! 😃 Great video. I usually fall asleep when I watch YT videos that are more than 10 minutes, but not this time! I guess Hans will make a very bad politician... 😉

@68HC060

One of the best video series I've found on YT

Thanks for the link to the checklist in the video description! One of the best video series I have found on YT in a while. Excellent explanation. That was a lot of hard work to put together so succinctly. And maybe I am slightly biased towards your nice accent. 😆 Watched too much @itchyboots.

@labcat73

I wish these kind of things were teached at my uni

Having a Master in Metrology, I wish these kind of things were teached at my uni. Not only they're very useful for design (Metrology doesn't have a lot of that), but the concepts you use for explanation would greatly simplify the  understanding  of  all  the electronic courses I took.

@DreadDeimos

 

 

Ready to Start Designing Products That Work — First Time, Every Time?

You’ve seen exactly how this program works. You’ve seen how it’s already helped other engineers. And you’ve seen how it can save you years of trial and error — and tens of thousands of dollars in avoidable mistakes.

If you’re ready to finally build products with full confidence — and prevent the issues you’ve battled before — I’d be happy to guide you inside the program.

Click the button below to join today and get immediate access to:

9 hours of focused video across 17 key design domains
Full personal support inside the private forum
Lifetime access, including all future updates
KiCad hardware assignment with my full solution walkthrough
Bonus module: Design Philosophy — Preventing Critical Mistakes
Full 14-day money-back guarantee

Enroll now for €2495 (ex VAT) — and lock in lifetime access before the price increases with future modules.

Get It Now: 37% Off + Bonus Module