The drag and drop coding interface makes it easy to develop workflows to control real world events. It includes blocks to perform data acquisition, analysis , and visualization in addition to standard coding operators.
50+ code examples for experiments. from plotting sine waves, sine fitting, and LCR steady state response
Youngsters can get started with simple experiments such as making lemon cells, parallel plate capacitors, dynamos. Excellent for demonstrating STEM principles.
With this unique combination of tools tailor made for science education, a vast range of experiments are possible
School Level science, electronics, electrical, mechanics, electrochemistry, acoustics...
Choose any input and any output! Temperature controllers, magnetic field stabilizers, drone stability principles...
Wire up a 3 opamp circuit, and use SEELab'3 voltmeters and DACs to explore redox electrochemistry. Shown traces are for FeCN6+KCl , and an Ionic liquid. A simple CV experiment with a 1K resistor is also built-in
The sensor oscilloscope gets precise time correlated data from sensors. Used to study vibrational modes of mechanical oscillators. The speed of this BLDC fan was calculated from the FFT of data from an accelerometer
Record data from your phone's sensors! Accelerometer, gyro, magnetometer, luminosity... Plot/Analyse raw data. measure sub-millisecond time gaps between noises with the interactive acoustic stopwatch
Check out MOOC courses on Moodle. Tailored for different audiences
Scischool.inCourse material developed by Dr. Ajith Kumar For Scischool.in
Open source python library lets you integrate it into complex setups
from expeyes import eyes17
p=eyes17.open()
p.set_pv1(1) # +1 Volt output on PV1
v = p.get_voltage('A1') #Read voltages from A1 input
This 4-DOF affordable robotic arm can be controlled via your phone using the visual coding interface. SEELab3 controls the servos via a PCA9685 servo controller, and responds to hand gestures detected with AI.
