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Courses for professionals supporting children with special educational needs, designed to build confidence in everyday practice — from reducing challenging behaviour to developing speech and communication, and building essential skills, with 24/7 AI agent support.

The programme integrates learning and assessment: training based on the Six Domains of Development framework is combined with digital assessment tools, so that data entered directly generates an individualised development plan for each child.

Helps assess a child’s readiness to develop foundational academic skills in a play-based and accessible way.

Helps assess a child’s readiness for more complex academic tasks in a structured learning environment.

Helps determine how a child understands spoken language and follows simple instructions without additional support.

Helps determine how a child copes with complex instructions and changing demands.

Helps assess the development of visual attention, sensory processing, and fine motor control.

Helps assess the development of advanced visual analysis and logical reasoning skills.

Helps determine the level of vocabulary understanding and use in everyday communication.

Helps determine how a child understands and uses more complex language structures.

Helps assess how a child engages in dialogue and responds to simple questions.

Helps assess the development of oral language, logical reasoning and coherent expression.

Helps identify a child’s ability to learn through imitation.

Helps determine the level of motor memory and the ability to retain action sequences.

Helps assess how a child initiates communication and expresses needs.

Helps assess a child’s self-initiated communication and social engagement.

Helps create a predictable environment, reduce anxiety and support a child’s independence.

Helps create a predictable environment, reduce anxiety and support a child’s independence.

Designed for the K-12 curriculum, this kit supports biology demonstrations and labs on plant and animal anatomy, morphology, biochemical and physiological processes. Compatible with modern digital measurement systems and sensors.

Designed for the K-12 curriculum, students use this kit in biology labs and practicals to explore plant and animal morphology, anatomy, biochemical and physiological processes. Compatible with advanced digital measurement systems.

Designed for the K-12 curriculum, this Biology Kit for microscopic research allows teachers and students to obtain high-quality magnified images of small objects or structural details. Includes a microscope and a professional microslide set.

Designed for K-12, this Mechanics, Molecular Physics & Thermodynamics kit supports teacher demos and student labs. It covers KMT, matter structure, internal energy, and heat, while fostering key experimental and research skills.

This K-12 Student Kit covers mechanics and molecular physics via experiments with levers, tribometers, balances, and force meters. Explore magnetism, friction, heat, circuits, and density to verify laws and build research skills.

Designed for the K-12 curriculum, this ULABS Electricity & Magnetism Teacher Demo Kit facilitates visual physics instruction on circuit assembly and operational principles. Showcase diverse electrical systems and circuit diagrams easily.

Designed for the K-12 curriculum, this ULABS Electricity & Magnetism Student Lab Kit enables hands-on experimentation. Students learn to assemble various electrical circuits and explore the operation of various circuit diagrams.

This K-12 ULABS Optics Student Lab Kit features lenses of various focal lengths, color filters, and diffraction gratings. Students master camera obscura, telescope, microscope, and periscope principles plus research skills.

Designed for K-12, the ULABS Optics Teacher Demo Kit enables comprehensive physics demonstrations in geometric and wave optics. It showcases the nature of light and optical phenomena, verifying laws of geometric and wave optics.

Designed for K-12, this ULABS Dynamics System for kinematics & dynamics features an adjustable aluminum track and carts. Explore Newton's laws, collisions, and inclined plane efficiency with low-friction, precise measurements.

Designed for the K-12 curriculum, this ULABS Chemistry Teacher Lab Kit supports demos and labs in inorganic and organic chemistry. Explore fundamental chemical phenomena, processes, plus physical and chemical properties of matter.

Designed for the K-12 curriculum, this Chemistry Student Lab Kit supports hands-on lab and practical work in inorganic and organic chemistry. Students explore fundamental chemical phenomena, plus physical and chemical properties.

Designed for K-12, this Biology Student Lab Kit enables labs on plant and animal anatomy, morphology, biochemical and physiological processes. Elements are fully compatible with digital measurement computer systems and sensors.

Designed for K-6, this interactive Mechanics Kit with an AI assistant uses wooden models to explore forces, motion, pulleys, and simple machines. Includes activity cards and teacher guides for hands-on STEM and problem-solving.

In the lab, use this sensor to measure acceleration of a moving cart, pendulum or falling bodies or go outdoors to study acceleration of vehicles, amusement park rides, bungee jumpers and other moving objects.

With the ammonium sensor you can easily measure the ammonium molecule (NH4+) level of a solution. Use it to study water quality, determine the ammonium level in foodstuffs and more. * Electrode also sold separately

This 2-in-1 anemometer sensor measures wind speed and direction at different daily intervals or over a longer period.

Use this to measure blood pressure before and after exercise; investigate how blood pressure changes during the day or after physical activity.

Easily measures the amount of bromide in a solution. Use it to study bromide levels in soil and water. * Electrode also sold separately

Measure the level of calcium in any solution in activities such as determining the hardness of water. * Electrode also sold separately

Study levels of chloride in fertilizers or conduct water quality studies using the chloride sensor. * Electrode also sold separately

With its broad dynamic range, this sensor can be used to measure a wide variety of CO² concentrations such as photosynthesis and chemical reactions in Biology and Chemistry labs.

The CO2 sensor has a broad dynamic range of 0-100k ppm. Also, it is easy to use – the sensor automatically calibrates itself before every experiment.

The Colorimeter is designed to determine the concentration of a solution by analyzing its color intensity. The Colorimeter measures the intensity of light transmitted through a sample at a selected wavelength. This makes the Colorimeter useful for several experiments in Chemistry and Biology. * Sensor design may change

The Conductivity sensor is designed to measure conductivity of liquids and solutions capable of measuring the entire range of 0.05 - 80 millisiemens (mS). Conductivity is one of the most basic tests conducted in solutions. It determines the total concentration of ions in a sample using the direct relationship between conductivity and ion concentration in a solution.

This broad differential current sensor is capable of measuring both direct and alternate current.

This differential current sensor is capable of measuring both direct and alternate current.

Measure the distance of static and moving objects both near and far. Students can use this versatile distance sensor to investigate dynamic cart motion on a track, measure free fall acceleration and more.

Accurately record the volume a solution during titration with the drop counter. * Sensor design may change

Measuring cardiac electrical potential waveforms, the EKG (Electrocardiogram) sensor enables students to investigate the electrical signals generated by the heart.

The Electrostatic Charge sensor is a dual range, all-purpose sensor that can be used in many electrostatic experiments. It is not affected by humidity and can perform quantitative measurements and indicate charge polarity making it superior to the traditional electroscope.

The Ethanol sensor is an accurate, easy to use, sensor designed to measure ethanol levels in air and is used in experiments having to do with fermentation.

This Sensor measures the velocity of water flowing in a river, stream or canal.

The fluoride sensor easily measures the amount of fluoride in a solution. Use the fluoride sensor in Agriculture studies and Chemistry experiments. *electrode sold separately

Study friction, simple harmonic motion, impact in collisions or centripetal force with this sensor.

The Geiger Muller Sensor is used in experiments such as demonstrating the random nature of radioactive radiation, measuring Activity vs. Distance of a radioactive source and investigating the effect of different absorbers on radiation. * Sensor design may change

Use this sensor to compare or monitor heart rates before, during and after brief vigorous activity and monitor the time it takes the heart rate to return to normal.

Use this high accuracy sensor to measure an individual’s fitness, and how factors such as level of activity, gender and size impact heart rate.

Using the humidity sensor, learn about body respiration properties, biotic conditions outdoors and research the meteorological connections between humidity and temperature.

Humidity and Temperature are not only a key part of many scientific experiments, they are quite commonly measured together. With the new einstein™ Temperature and Humidity sensor these experiments are now easier than ever. The Temperature sensor has a wide range (-40 °C to 125 °C) while the Humidity sensor measures relative humidity from 0-100 %.

This lead sensor easily measures the amount of lead in a solution and in soil. * Electrode also sold separately

The Light sensor contains a high precision Photoelectric cell that measure light intensity in activities such as solar radiation and photosynthesis.

The triple axis Magnetic Field sensor is able to measure magnetic fields along the x, y and z axes simultaneously. This Magnetic Field Sensor can be used for measuring a wide range of magnetic fields, from the Earth’s weak magnetic field to the strong magnetic fields inside solenoids – up to 20 mT.

This sensor is designed to study the properties of sound waves such as sound speed through air and other materials, sound beats or harmonic properties of sound.

Easily measures the amount of nitrate in a solution. Use it to studynitrate levels in soil and water. * Electrode also sold separately

Measure oxygen concentration in solutions and fluids. Conduct investigation into oxygen consumption in aquariums and other bodies of water. Built-in temperature compensation makes this sensor highlyaccurate and easy to use. * Electrode also sold separately

The Oxygen sensor is a maintenance- free galvanic oxygen electrode capable of measuring Oxygen in solutions. With built-in temperature compensation, this sensor provides an easy way for students to receive accurate results without having to preform complicated compensation calculations.

The pH sensor replaces the traditional pH meter adding powerful capabilities such as collecting the pH data and displaying the results in an interactive graph. The pH sensor is capable of measuring the entire range of 0 - 14 pH and is used for various experiments in Biology, Chemistry and Water Quality.

This general-purpose sensor is commonly used for a wide variety of experiments such as studying the swing of a pendulum, measuring the speed of a rolling object or measuring the speed of colliding objects.

The PM sensor measures floating particulate matter in the air in two ranges: 1μM and 2.5 μM. It is ideal for use in a wide range of experiments in Environmental issues, especially concerning air pollution.

The Potassium sensor can be used to measure pollution, agricultural fertilizers or the effects of food processing.

This sensor can be used as an altimeter and as a barometer for various meteorological measurements. Investigating transpiration, measuring the respiration rate of germinating seeds and examining the Ideal Gas Law, all can be done with this sensor.

With its broad range, the Pressure Sensor can be used to monitor pressure changes. Use it in class to demonstrate phenomena such as Boyle’s Law or Gay-Lussac’s Law.

This sensor measures rainfall and is used in a variety of experiments in the areas of Climatology and Environmental Studies.

Examine how objects move, accelerate and swing. This sensor and pendulum accessory help students explore topics such as the effects of gravity on objects in motion.

The Salinity sensor is designed to measure the salinity of liquids and solutions and is capable of measuring the entire range of 24-52,000 ppm (parts per million). Salinity is one of the most basic tests conducted in solutions. It determines the total concentration of salts in a sample.

Measure the velocity and acceleration of moving objects, learn Newton’s laws of dynamics, or Newton’s second law with this Smart Pulley.

Our sodium sensor easily measures the amount of sodium in a solution. Use the sodium sensor for Agriculture studies, experiments on food and Chemistry studies.

Measure the soil moisture’s electric resistance and convert data into calibrated readings of soil water suction.

Use the sound sensor to Investigate environmental noises, room acoustics, sound level or sound isolation.

The Spirometer is a breathing sensor designed to conduct physiology experiments. Based on air speed, the Spirometer calculates the airflow rate and lung capacity of a subject who is breathing into the sensor.

This all-purpose temperature sensor with a range of -40° to 140°C is particularly well suited for conducting water and other chemical solution temperature measurements.

This Platinum Resistance Thermometer (PRT) is ideal for use in the research of extremely low temperatures and it is also a very powerful sensor for monitoring liquid gases and other materials.

This high accuracy Surface Temperature Sensor enables exploration of topics such as skin temperature measurements and the effects of wearing light or dark-colored clothing in the sun.

The Thermocouple sensor can be used in high temperature experiments such as monitoring chemical processes that occur in high temperatures, measuring the different temperatures in a flame or simply monitoring ovens.

This sensor measures the cloudiness of water due to industrial processes or environmental pollution.

Study the UV variations along a fluorescent tube, the invisible light from different sources or fluorescent rocks and dyes.

This broad range voltage sensor can measure direct and alternate voltage current, EMF and internal resistance, V-I characteristics of a wire, a light bulb and a diode, connections of batteries, resistance of a wire or Ohm’s Law.

This low range sensor can measure direct and alternate voltage current, EMF and internal resistance, V-I characteristics of a wire, a light bulb and a diode, connections of batteries, resistance of a wire or Ohm’s Law.

This medium range sensor can measure direct and alternate voltage current, EMF and internal resistance, V-I characteristics of a wire, a light bulb and a diode, connections of batteries, resistance of a wire or Ohm’s Law.

When measuring alternating voltage, this sensor measures the voltage, squares the values and then uses the square root of the results to determine the true measurement. This True Root Mean Square (TRMS) reading is considered the most accurate way of measuring voltage.

High-quality current sensor designed for school laboratories to measure electrical current.

Sensitive micro-current (galvanometric) sensor designed for detecting weak currents in induction experiments.

Conventional voltage sensor designed solely for measuring DC voltage in educational circuits.

Versatile wireless force sensor utilizing resistive strain gauge technology for mechanics experiments.

Precision micro force sensor designed for measuring small forces using strain gauge technology.

Infrared photogate sensor designed for precise timing in velocity, acceleration, and collision experiments.

Wireless ultrasonic motion sensor designed for high-precision position measurement and linear motion studies.

Magnetic induction sensor using Hall effect technology to measure magnetic flux density and direction.

Wireless sound sensor functioning as a microphone to analyze sound waves and vibration patterns.

Wireless digital light sensor with spectral characteristics similar to the human eye for indoor and outdoor experiments.

Air pressure sensor designed for measuring gas pressure in containers and ambient environments.