The Human Gait Analysis System can also be used in studies which go beyond the clinical setting, such as analyzing interactions between forces and movements in various situations, like robotic prototype analyses, drone flight patterns, transportation displacement, or video game patterns, making it a valuable tool in diverse engineering and related disciplines.
The Electronics and Design Laboratory houses various equipment, including 3D printers and resin printers, enabling rapid prototyping to expedite the design and development process, reducing costs and material waste. It also features laser cutters, ensuring precision and speed in cutting and engraving materials for the cost-effective production of complex designs.
A 3D scanner captures objects and surfaces in three dimensions quickly and precisely, simplifying digital model creation. The laboratory is also equipped with oscilloscopes, signal generators, power sources, and devices for creating electronic cards, facilitating the evaluation of digital and analog circuits, signal analysis in time and frequency domains, and the development of small-scale surface-mount multilayer electronic cards.
Lastly, the 3D CNC (Computer Numerical Control) allows the fabrication of intricate and detailed pieces with high precision and repeatability that would be difficult to achieve manually.
With such projects and facilities, UAG reinforces and consolidates its commitment to forming innovative world-class leaders by using innovative technology and fostering collaboration between government and social sectors.
