El 26 de Septiembre, por la mañana, tendrá lugar en la sede de LKS en Mondragón una sesión de presentación sobre la utilidad de METAPOSTA en el contexto de la FACTURA ELECTRÓNICA y la protección de los resultados del I+D.
El propósito de la presentación es ofrecer informaciones de utilidad práctica para adoptar la factura electrónica y para mejor defender la propiedad intelectual de una empresa a través de dos herramientas gratuitas (METAPOSTA y ef4ktu) ofrecidas por la administración pública vasca.
La sesión será gratuita, estando dirigida a las siguientes tipologías de personas:
MONDRAGONeko BACek, MU-MGEPen babesarekin, Etorkizuna Elkarrekin Eraikiz! (E3!) ekimena sustatuko du.
E3! Proiektuaren abiapuntua da Debagoienean pertsona gazteen kapital sozial handi bat dagoela, prestakuntza tekniko eta unibertsitario handiz hornitua, eta esperientzia ekintzaileak protagonizatzeko gaitasunarekin.
Jarrera ekintzailea duten pertsonak lirateke, baina beren ahalmen ekintzailea aktibatzeko aukera egoki baten bila dabiltzanak, edo, bestela, bakartuta daudenak, negozio ideia bat gauzatu ahal izateko talde sustatzaile bat osatzeko kontakturik gabe. Horiez gain, gerta daiteke ekintzailetzari beharra dutelako ekiten dioten pertsonak egotea. Esaterako, gazte unibertsitarioak, enpresen aldetik eskaririk ez dagoelako langabezian daudenak.
El BAC de MONDRAGON, con el apoyo de EPS – MU, promueve la iniciativa Etorkizuna Elkarrekin Eraikiz! (E3!), en la cual participan 10 empresas cooperativas.
El proyecto E3! parte de la constatación de que existe en Debagoiena un importante capital social de personas jóvenes dotadas con una alta formación técnica y universitaria susceptibles de protagonizar experiencias emprendedoras.
Fresh educational technology startups are being promoted by the day, but not all of them deserve your attention. However, we sometimes encounter innovations that can really level up students’ and teachers’ productiveness. With the right tools at hand, the classroom can become a motivational setting that inspires every student and teacher to give their best. The following tools are some of the most successful recent educational technology concepts that can achieve that.
Ya nos estamos acercando al final del verano y recién estrenado el mes de septiembre, vamos a repasar las inversiones más importantes que se han cerrado en el sector de las startups tecnológicas durante los meses de julio y agosto.
A new pilot study is taking an innovative approach to detecting irregular heartbeats, and they’re calling it “FaceTime” for heart diagnoses.
The results of the study were published online yesterday in the journal Heart Rhythm.
Atrial fibrillation, a common form of abnormal heart rhythm, affects more than 3 million Americans. But, it’s estimated that 30% of people with atrial fibrillation go undiagnosed.
RunScribe is a small portable device that attaches to the back of your shoe via a cradle that works with all different kinds of sneakers. This device is worn during a run and, at the end, automatically uploads its data to your computer. Using its 9-axis kinematic sensor, the product measures 13 points of data including impact G-force, braking G-force, pronation velocity, pace, contact time and foot-strike type. It runs on battery and uses Bluetooth to connect to the iOS and Android app as well as the computer.
A new way to control the growth of crystalline materials called perovskites could lead to commercial solar cells that hit a sweet spot of high performance and low cost. Although individual perovskite cells have achieved promising results in the lab, until now it hasn’t been clear how they might be made in uniform batches.
Certain perovskites can harvest the energy of sunlight very efficiently because they strongly absorb both visible and infrared light. And unlike silicon films, which are made at high temperatures, perovskite films can be made from solution at much lower temperatures. It should be possible to make perovskite solar cells using low-cost, low-energy methods such as printing.
Germany, which has come to rely heavily on wind and solar power in recent years, is launching more than 20 demonstration projects that involve storing energy by splitting water into hydrogen gas and oxygen. The projects could help establish whether electrolysis, as the technology is known, could address one of the biggest looming challenges for renewable energy—its intermittency.
