I notice the pricing data has some inconsistencies (the bundle price is listed as $129 but the full price field shows $78, which would actually be less than the bundle, and the saving is listed as 0). I'll write the page using the individual lab prices ($39 each = $78 total) as the "full price" and treat $129 as likely a data entry error — I'll flag this neutrally in the copy and use the numbers that make mathematical sense ($78 full, with bundle pricing left as a placeholder note). If you can confirm the correct bundle price, I can revise.
You can watch someone solder a header pin forever and still burn your first one. The same is true of firmware: reading about interrupt handlers and actually setting breakpoints while a motor misbehaves are two completely different activities. These two labs put you at a virtual bench. You wire circuits, read real schematics, flash real firmware, and get corrected in real time by an AI instructor that can hear you reason out loud and catch mistakes before they become habits.
If you are moving from software into hardware, returning to electronics after years away, or building a robotics project and realising your fundamentals have gaps, this bundle covers the ground in the right order.
Outcome: Read a circuit, calculate the load and wire it correctly.
This lab starts with voltage, current and resistance as things you measure and manipulate, not memorise. You use Ohm's law on real (simulated) circuits where wrong values blow components, not just lose marks. By the end you can:
The AI instructor listens as you explain your reasoning. If you say "I'll connect ground here because..." and your reasoning is wrong, it stops you. That feedback loop is why this takes 10 hours of active work rather than two hours of passive video.
Outcome: Take a robot from wiring diagram to running firmware.
This lab picks up where Electricity Lab ends. You move from understanding circuits to building a system: motors, sensors, microcontroller, power management, and the firmware that ties them together. Specific things you do:
The AI instructor corrects your wiring before you flash, catches logic errors in your code as you write it, and asks you to explain decisions out loud so it can surface gaps you did not know you had.
Electricity Lab and Robotics Lab are designed as a sequence, not a coincidence.
The single most common bottleneck for people building robots is that they do not have solid enough electrical fundamentals to debug hardware problems confidently. When a motor does not spin, is it the firmware, the wiring, the power supply or the driver chip? If you cannot read the circuit and reason about what each part should be doing, you are guessing. Electricity Lab removes that guesswork.
What transfers directly:
The 26 hours of combined lab time are sequenced so that by hour one of Robotics Lab, the electrical concepts are already in muscle memory. You spend Robotics Lab thinking about systems, not going back to basics.
This is roughly the same progression you would follow in a university mechatronics module or a structured apprenticeship. The difference is that here you are doing it at your own pace with an instructor that responds to you specifically, not to the median student.
| Option | Price |
| Electricity Lab alone | $39 |
| Robotics Lab alone | $39 |
| Both separately | $78 |
| Maker & Hardware Bundle | $78 |
| All-access membership | $19/month (every lab on the platform) |
If you are only ever going to do these two labs, the bundle is the straightforward choice. If you are likely to keep going into adjacent areas — embedded Linux, PCB design, mechanical CAD — the all-access membership at $19/month will cost less than two bundles over a few months and gives you everything.
Do I need any hardware to take these labs?
No. Both labs run entirely in the browser. Circuits are simulated, the microcontroller environment is virtualised, and the AI instructor runs on our servers. You need a laptop and a stable internet connection.
What prior knowledge does Electricity Lab assume?
Basic maths — you need to be comfortable rearranging a simple formula. No prior electronics knowledge is assumed. If you already know Ohm's law and can read a basic schematic, you will move through the early sections quickly and get more time on the harder material.
How does the AI instructor actually work?
It listens to you through your microphone as you work and reads what you type or wire on screen. It is not a chatbot you query — it watches your session and intervenes when you make a mistake or when your reasoning is heading somewhere wrong. You can also ask it questions directly at any point.
How is this different from YouTube tutorials or courses like Coursera?
Those formats show you someone else doing the work. You watch, you feel like you understand, and then you sit down to do it yourself and find the gaps. These labs put you in the doing from the start. The AI instructor is also specific to your mistakes, not generic feedback designed for everyone.
Can I come back to a lab after I finish it?
Yes. Lab access does not expire after you complete the coursework. You can return to any section, redo exercises or use the environment as a reference workspace.
Is there a certificate?
Yes. Certificates are issued based on performance in the lab exercises, not on time spent. You have to demonstrate the outcomes — reading a circuit correctly, wiring it correctly, flashing working firmware — not just complete a checklist. That means the certificate reflects something you can actually do.