Modern Technologies for Education: Preparing Future Engineers

A modern training laboratory should not simply contain individual machines or instruments. It should provide an integrated environment where students can develop practical skills and understand real manufacturing processes.

DETC Contact helps equip laboratories in the following areas:

• mechanical engineering and machining;
• mechatronics;
• metrology and quality control;
• robotics and automation;
• technical diagnostics;
• welding;
• practical industrial training.

Solutions can range from an individual training stand to a fully equipped laboratory or a comprehensive practical training centre.

Metalworking equipment allows students to explore real manufacturing processes, including machine setup, tool selection, part machining, control program development and quality inspection.

Training institutions can be equipped with:

• lathes and milling machines;
• CNC machine tools;
• drilling and grinding equipment;
• laser machines;
• specialised training systems;
• software for machining preparation and simulation.

Students can learn CNC fundamentals, G-code programming, CAM systems, equipment setup and control program development in an environment that closely reflects real industrial conditions.

Manufacturing precision begins with accurate measurement. Working with modern metrology equipment helps students understand how to inspect the geometry, dimensions and quality of manufactured parts.

Training laboratories can be equipped with:

• coordinate measuring machines;
• 3D scanners;
• precision measuring tools;
• digital inspection systems;
• industrial computed tomography systems;
• software for measurement data analysis.

This equipment can be used to train metrologists, process engineers, CMM operators, quality control specialists and other engineering professionals.

A modern engineer should understand not only how to operate equipment but also how to assess its technical condition.

Laser measurement systems allow students to study:

• shaft and pulley alignment;
• machine tool geometry measurement;
• flatness measurement;
• straightness measurement;
• bore and shaft alignment.

Vibration analysers, vibration meters, condition monitoring systems and specialised software can be used to teach vibration diagnostics.

These solutions help students develop practical skills in vibration analysis, early fault detection and machinery condition assessment without dismantling the equipment.

Robotics and automated systems are essential elements of modern manufacturing. Training systems enable students to explore Industry 4.0 technologies, robot programming and the integration of automated equipment.

Educational solutions may include:

• industrial robots;
• collaborative robots and manipulators;
• automated production cells;
• robotic welding systems;
• robot programming training stands.

During practical classes, students learn how robotic systems operate, how people interact with automated equipment and how automation is integrated into manufacturing processes.

Equipping a laboratory involves much more than supplying equipment. It is important to select the right technical solution, install and commission the equipment, and integrate it into the educational process.

DETC Contact supports projects at every stage:

• initial consultation;
• development of a technical solution;
• equipment selection;
• installation and commissioning;
• instructor training;
• warranty support;
• maintenance and after-sales service.

Subject to the availability of materials from the manufacturer, the equipment may also be supplied with technical documentation, user manuals, methodological recommendations, presentation materials and examples of laboratory exercises.