ENGINEERING AROUND THE WORLD 1- MECHANICAL ENGINEERING Flying cars We will soon be able to catch air taxis and drive flying electric ve- hicles. This is what the engineers at 2- ROBOT the California Ins- titute of Techno- ENGINEERING logy predict. The key sa- control system based on SERGI ALBET fety aspects include notjust staying airborne, butautomatic learning to helpthese aircraft to detect andRobot palms Engineer and imitate human digital consultant also ensuring that we can compensate any irregulari- Col·legiat 14.416 retain control regardless ties and continue to fly. sensitivity @sergialbet of the problems that may arise during the flight. This Source: University of Prosthetic technology is is why a team of engineers Harvard converging rapidly to human has developed an onboard https://shorturl.at/cBSsE levels. The improvements that are being made in new projects are making human/robot interactions closer than ever 3- ELECTRONIC ENGINEERING before. One clear example of this is a group of engineers at Creating open code microchips the Massachussetts Instituteof Technology (MIT) who have developed a palm that has a very It is common in a way that similar sensitivity to a human knowledge is faster and palm. A flexible gel-based that microchips easier than sensor inside the palm was are the basic the processes inspired by the soft and pliable component for used until now. nature of human hands. This the functioning They did this by device also makes use of special of all kinds of collaborating in lighting technology to generate devices. The difficulty of designing projects such as the design of new detailed 3D models. and making them, however, is lightweight, low-power, customized not so widely known. A group of microchips to tag the movement of Source: Massachussets engineering students at Cornell birds of the Corvid family. Institute of Technology (MIT) University has been able to use https://shorturl.at/pFLEa open source code to design, test Source: Cornell University and produce their own microchips https://shorturl.at/k58WH .CAT 1. ENGINYERIA MECÀNICA 2. ENGINYERIA ROBÒTICA 3. ENGINYERIA ELECTRÒNICA Un equip d’enginyers de l’Institut Un prototip creat per enginyers de Gràcies al codi obert, un grup Tecnològic de Califòrnia, als Estats l’Institut Tecnològic de Massachusetts d’estudiants de la Universitat Cornell Units, han desenvolupat un sistema (MIT) pot apropar la interacció (EUA) han dissenyat, provat i fabricat de control d’aprenentatge automàtic humà-robot. Han dissenyat un els seus propis microxips de manera que permetrà detectar i compensar palmell amb una sensibilitat molt més ràpida i senzilla que amb el amb antelació qualsevol alteració en similar a la humana. Gràcies al sensor mètode tradicional. Participen en el sistema de vol dels futurs cotxes incorporat pot generar models 3D per a diversos projectes entre els quals es voladors. interaccions robòtiques precises. troba el del monitoratge d’ocells. 44 Theknos Juliol-agost 2024 llenroC ed tatisrevinU ©dravraH tatisrevinU © TIM©