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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.

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.