EIM Technology

31/03/2026

27/03/2026

Teaching complex concepts like Computer Vision and Embedded Programming is hard—so we made a kit that makes it physical and fun!

This isn't just hardware; it’s a Complete Learning System:
📚 Structured LMS Course: Lessons and exercises included.
🛠️ Error-Proof Hardware: Custom expansion board for rapid, plug-and-play connections.
🔧 Pro-Grade Tools: Master Edge Impulse for data training and KiCAD for PCB design.

Give your students (or yourself!) the skills to build intelligent machines that perceive, decide, and act in the real world.

🚀 Support our project on Kickstarter and grab the kickstarter rewards at:
https://www.kickstarter.com/projects/evoinmotion/embedded-edge-ai-for-robotics-and-iot-applications

24/03/2026

We launched our new Edge AI Robotics learning system on Kickstarter earlier today. Built around the XIAO ESP32-S3, Edge Impulse, and a structured learning path, it enables you to train and deploy a robot that can sense, process, and respond in real time. In just a few hours, it has already crossed $10,000 in funding. Grateful to see early support for a project that brings together AI, hardware, and real-world systems in a hands-on way. It is still early and I am looking forward to seeing how it unfolds.

Campaign link:

A Hands-on Robotics Kit and LMS Course for Learning Edge AI, Computer Vision, and Intelligent Devices.

08/02/2026

If you are interested to learn electronics, this interactive course in fundamental analog circuits is a great start. Now available on Kickstarter, back us to enjoy the early access and exclusive deal. Use this link: https://www.kickstarter.com/projects/1846044799/beginner-friendly-practical-analog-circuits-masterclass?ref=dwz4mu

04/02/2026

We’ve just launched our first online course on Analog Circuits &
Semiconductor Fundamentals.

It’s designed particularly for:
1️⃣ Early year EE/ECE students preparing for 1st co-op or internship in semiconductor fields
2️⃣ Professionals from other STEM fields (CS, MEng, Physics, Math etc.,) seeking a condensed self-paced learning solution
3️⃣ Hands-on tech enthusiasts who want a clear & structured path for a principle-level of understanding

In a world full of information, we believe structure, practice, and guidance are what turn knowledge into real engineering skills. If this speaks to you (or someone you know), I encourage to you check out the on-going campaign on Kickstarter at the linke below, or if it is not for you, a share would mean a lot.

https://www.kickstarter.com/projects/1846044799/beginner-friendly-practical-analog-circuits-masterclass?ref=dr3xj6

21/01/2026

Follow our Kickstarter page for the upcoming campaign on this amazing online course for Analog Circuits. Use this link:

https://www.kickstarter.com/projects/1846044799/beginner-friendly-practical-analog-circuits-masterclass

19/01/2026

19/01/2026

The field of analog circuits is broad and deep: amplifiers, filters, analog front ends, power electronics, ICs. They connect the physical world to digital systems and show up everywhere, from sensors and power supplies to signal conditioning and interfaces.

While a professional level of mastery takes years. But getting started doesn’t have to be a mission impossible.

There are tons of great articles, books, videos, courses available, plus AI can be your immediate TA for questions. What really matters is hands-on work: building circuits, measuring signals, and understanding what actually happens on the bench. Tools like oscilloscopes, signal generators, power supplies, and multimeters are essential. Breadboards work well at low frequency and low power, and basic PCB design is a great next step once you’re ready.

We’re preparing an online course for beginners who want a solid analog foundation. The goal is to help you understand the core ideas, so you build up a structured sense of the terms such as
op-amps, biasing, small-signal analysis, loading effects, CMRR, impedance transformation and high side low side switches etc,.

The course will open by the end of January, first on Kickstarter and will be delivered online through our Learn Management System and designed to work seamlessly with our hardware kits that we have developed in the past years.

If this sounds useful, follow this post or my account. We’ll share updates when it goes live.

07/01/2026

One of the big topics when learning analog circuits is filters, and among active filters, one of the most classic topologies is the Sallen-Key structure.
By the way, it’s literally just two people’s names put together—no hidden meaning at all. When I first heard it, I honestly thought it was some kind of “magic key” in circuit design.

A lot of beginners tend to mix up Sallen-Key with famous filter types like Butterworth, Chebyshev, or Bessel. In simple terms, Sallen-Key is a circuit topology. It tells you how to physically build a filter—what components you need and how they’re connected. Butterworth, Chebyshev, and Bessel, on the other hand, are response models. They describe how the filter behaves in the frequency and time domains, and they guide how you calculate values for R and C.

Once you actually start building filters, you quickly realize how dominant the math really is. I still remember doing lab experiments where I only focused on the cutoff frequency. I calculated the resistors and capacitors, built the circuit, and the scope showed the “right” frequency—but the signal felt wrong. Sometimes it peaked near cutoff, sometimes it was very smooth. The issue wasn’t the frequency at all. It was the Q value.

The Sallen-Key structure itself is simple—the op-amp is just a buffer—but small parameter changes completely change the response. Higher Q makes the system more aggressive and peaky; lower Q makes it calmer and more damped. In real projects, I’ve found that engineers rarely chase the prettiest or steepest curve. What matters more is whether the signal is stable, controllable, and predictable—and that comes from experience, not formulas alone.

Last year, I pwrapped these ideas into a book on analog signals and filters, with hands-on experiments included. And for those without a bench supply or oscilloscope, we also prepared a compact pocket instrument kit to make experimentation easier anywhere.

https://www.eimtechnology.com/products/analog-filter-design

13/12/2025

Ever played poker with the laws of the universe? 🌌 Check out The STEM Poker Deck. Beautifully designed for science lovers and card collectors. Back us now on Kickstarter! 🔥

https://www.kickstarter.com/projects/evoinmotion/the-stem-poker-deck-art-and-science-in-every-hand

13/12/2025

We just launched The STEM Poker Deck on Kickstarter! It’s more than just a deck of cards. It’s a tribute to the legends, laws, and logic that govern our universe.

Whether you're a science geek, a card collector, or looking for the perfect smart gift, this deck is for you.

Perfect for:
✅ Teachers & Students
✅ Board Game Lovers
✅ Science Enthusiasts
✅ Programmers and Engineers

🚀 Back the project here: https://www.kickstarter.com/projects/evoinmotion/the-stem-poker-deck-art-and-science-in-every-hand