Study of construction materials (metals, carbon, plastic) at the level of sensory experience: developing a «feel for metal» through bending, breaking, drilling, and other impacts to build intuitive understanding of strength, elasticity, and fragility.

Employees learn manual processing of materials: drilling, filing, grinding, and cutting threads. Such work develops precision, tactile perception, and kinesthetic skills.

Employees gain hands-on experience with containers, observing how they deform, inflate, or explode under pressure. These experiments teach caution when working with gases and liquids and complement theoretical knowledge with mathematical calculations.

Chemistry is taught through vivid experiments rather than memorizing formulas. Explosions, foaming, color changes, and fizzing spark interest in science, turning learning into an exciting adventure.

Employees study electricity through practical work: assembling circuits on specialized stands, exploring the operation of electrical devices (motors, sensors, relays), and performing necessary calculations, developing applied skills.

Using specialized software, engineers perform strength, aerodynamic, and other technical calculations, refining analytical and technical precision.

Employees design material objects as part of the training, developing figurative three-dimensional thinking. Techniques include 3D modeling, 3D printing, laser cutting, holograms, and virtual reality technologies.

Special training develops oral and written arithmetic skills, one of the most important competencies for an engineer.

Employees learn to draw on Whatman paper, which disciplines thinking and enhances spatial imagination. Working without easy error correction teaches careful planning and visualization before drawing lines.