Programmable Electronic Modules Kit

• Computing base: 1 board with a programmable microcontroller, compatible with an open programming environment
• Simultaneous sensor connection: 4 sensors — directly or through an expansion board
• Module connection interface: unified connectors and a breadboard, solderless assembly, repeated assembly and disassembly
• Data transfer: wired connection to a computer; short-range wireless link to a mobile device or computer
• Power supply: standalone — rechargeable battery with a charging device, rated for simultaneous operation of the controller, 4 actuators and 4 sensors
• Programming environments: visual block programming and text programming in C and C++
• Target grades: 6–9; recommended for learners aged 10 and older (grade 5 and above), under teacher supervision
• Compliance: CE and WEEE marking

Kit Contents:

Computing Base and Communication

• Board with a programmable microcontroller, compatible with an open programming environment; input-output ports allow 4 sensors to be connected at once, directly or through an expansion board — 1 pc
• Short-range wireless communication module, for data exchange with a mobile device or computer — 1 pc
• Real-time clock module — 1 pc

Environmental Parameter Sensors

• Temperature sensor module — 1 pc
• Air temperature and humidity sensor module — 2 pcs
• Soil moisture sensor — 1 pc
• Analogue gas sensor, for air composition analysis — 1 pc
• Steam sensor module — 1 pc
• Ultraviolet spectral sensor module — 1 pc
• Photoresistor module — 1 pc
• Light level sensor module — 1 pc

Motion and Positioning Sensors

• Three-axis acceleration sensor (accelerometer) module, for determining orientation in space — 2 pcs
• Ball tilt sensor — 1 pc
• Ball tilt sensor module — 1 pc
• Tilt sensor module with LED indicator — 2 pcs
• Vibration sensor module — 1 pc
• Infrared motion sensor module — 2 pcs
• Obstacle avoidance sensor module — 1 pc
• Line following sensor module — 1 pc
• Ultrasonic distance sensor — 1 pc
• Optical beam interruption sensor module — 1 pc

Special-Purpose Sensors

• Reed magnetic field sensor module — 1 pc
• Hall magnetic sensor module — 1 pc
• Impact sensor module, registers mechanical action — an impact or a touch to the structure — 1 pc
• Flame sensor module, for detecting open fire — 1 pc

User Input Elements

• Push-button switches — 4 pcs
• Push-button switch module — 1 pc
• Potentiometer module — 1 pc
• Joystick module — 2 pcs
• Infrared remote control device with receiver — 1 pc
• Infrared transmitter module — 1 pc
• Infrared receiver module — 1 pc

Actuators and Switching Elements

• Power servo drives, rotation angle from 180°, holding torque 2 kg·cm, for lifting and holding small loads and building loaded drives — 2 pcs
• Servo drive with limited rotation angle, 180°, for precise position control, opening and closing
• DC motors, supply voltage 6 V, connected to the controller through motor drivers or an expansion board — 2 pcs
• Relay modules, for load switching — 2 pcs

Indication and Sound

• Buzzers, active and passive — 1 pc of each type
• LED modules, white, with controllable emission colour, and a three-colour traffic-light indicator — 1 pc of each type
• Single LEDs, red, green, yellow and blue — 5 pcs of each colour
• Seven-segment indicator modules, single-digit and four-digit — 1 pc of each type
• LED matrix 8 × 8 — 1 pc
• Character liquid crystal display 2 × 16 — 1 pc

Assembly, Wiring and Power

• Breadboard for solderless assembly, with a set of connecting wires with unified connectors
• Structural elements for assembling complete standalone devices: beams, frames, axles, gears, wheels, panels and mounts
• Rechargeable battery with a charging device and a battery holder, battery capacity covers simultaneous operation of the controller, 4 actuators and 4 sensors

Software and Documentation

• Software: visual block programming environment and text programming environment in C and C++
• Operating manual and teaching materials, printed or electronic, with a detailed description of 30 laboratory works and 5 complex projects adapted to the model curricula — 1 set
• Access to the digital course, 70 academic hours, with an integrated AI assistant, access right for 12 months

Product passport: ULABS-R003 (PDF)

The AI assistant is a separate tool of the digital course, integrated into the learning management system. It is built on retrieval-augmented generation (RAG): the assistant forms its answers by searching a localised knowledge base of learning materials aligned with the national curriculum of Ukraine.

AI Assistant Functions

• Task selection: automated selection of research tasks and experiments matching the topic of the lesson
• Methodological support: step-by-step description of the procedure for conducting experimental research
• Error analysis: identification of typical student errors and personalised recommendations for correcting them
• Adaptive difficulty: adaptation of task difficulty to different levels of student preparation
• Reports and conclusions: support in compiling reports on research results and in structuring the conclusions drawn from experiments
• Knowledge base: operation on a localised knowledge base aligned with the national curriculum of Ukraine
• Licence: right of access to the software and materials valid for 12 months
• Language: content, interface and learning materials in Ukrainian

Access

• Platform: integrated into the learning management system at edu.unowa.eu