DIGITAL ELECTRONICS01 / BUS PROTOCOLSI²C Protocol Lab
Learn how SDA and SCL work by recreating a bus transaction. Generate a slave address, control the lines, and compare your waveform with the reference.
UNIVEXA LEARNING ENVIRONMENT
Understand the tech.
Build the intuition.
Explore interactive mini-games that turn complex engineering ideas into experiments you can see, test, and understand. No setup. No account. Just curiosity and hands-on learning.
BUILT FOR CURIOUS MINDS · RUNS LOCALLY IN YOUR BROWSER
LEARN THROUGH EXPERIMENTS
Less memorizing.
More understanding.
Each lab is a small, self-contained experience built around one core concept. Change an input, observe the result, make a prediction, and try again. These are interactive simulations—not just videos or static tutorials.
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DIGITAL ELECTRONICS01 / BUS PROTOCOLS
SIGNAL ANALYSIS02 / READ THE SIGNALLogic Analyzer Challenge
Inspect digital waveforms, count edges, estimate frequency and duty cycle, and identify patterns like clocks, PWM, and bursts.
ARTIFICIAL INTELLIGENCE03 / TRAIN THE AINeural Network Lab
Train a small neural network using real forward propagation, backpropagation, and gradient descent. Explore weights, biases, loss, and predictions.
A SUGGESTED ROUTE
Build your understanding, one layer at a time.
Start with signals, move into protocols, then explore learning systems.
01. Understand signalsLearn how digital states and timing are represented.
02. Speak a protocolPractice the sequence of a real I²C transaction.
03. Read waveformsConnect transitions to frequency and duty cycle.
04. Train a networkSee how examples shape a model's predictions.
Learning is an active process.
Choose your first lab ↗Change something. Observe what happens. Understand why.