Ingeniería Biomédica: Probamos una PRÓTESIS para NIÑOS | 4x18

If you'd like to be the next guest on the show, here's the form below 📋💕 https://forms.gle/zqXFnLhA4p1gTth7A Social Media 💗   / clau_qsi     / clau_qsi   Daidalonic 💚 https://www.daidalonic.com/inicio AI Episode with Conchita ✨    • La IA de GOOGLE que trabaja para salvar el...   Hello, hello! Did you know there's an engineering field that combines medicine, technology, and sports, allowing you to design prosthetics, smartwatches, and improve people's lives? 🤯✨ I'm talking about Biomedical Engineering 💚 Alejandra tells us how the different branches of her degree (which she's passionate about) work, how to work in hospitals, research, sports, or rehabilitation, and why this degree offers a ton of career paths and opportunities for innovation. She also tells us about DAIDALONIC, the student association she's involved with, which is dedicated to creating low-cost biomedical devices that truly improve people's lives. In the program, she gives us a LIVE demonstration of the myoelectric prosthesis they've designed, showing us how it's controlled by muscle strength and how it helps children regain basic hand movements. Absolutely amazing!!! 🤩💗 If you're passionate about science and technology and want to make a difference in people's lives, this episode is for you 🫶🏻 Tell us in the comments if you would study something like this or suggest another topic you'd love to see on the podcast 💭✨ 0:00:00 What is biomedical engineering and how is it divided into three specializations? 0:14:01 Choosing a specialization: Biomechanics, Medical Imaging, and Biomedical Devices. 0:15:01 Career opportunities: Hospitals, research, sports, rehabilitation, and hospital management. 0:19:08 The future of biomedical engineering: AI applied to personalized medicine. 0:20:37 Project Daidalonic: Low-cost prosthetics for children, 3D printing, and recycled materials. 0:00:00 0:23:30 Demonstration: Calibration of an electric prosthesis using an EMG signal. 0:25:17 Main functionality: Pincer grasp for daily activities. 0:26:39 Costs of prostheses for children and project motivation. 0:28:05 Manufacturing time, scalability, and participation in competitions. 0:31:02 BCI technologies. 0:34:33 P300 Speller System: Assisted communication for people with ALS. 0:36:35 Did you know…? 0:38:24 Medical differences: Different heart attack symptoms in men and women. 0:40:02 Smart tattoos that detect pH, glucose, and other health indicators. 0:41:29 Final reflection: Choosing a career, making mistakes, exploring, and finding what motivates you. 0:43:00 Final message and farewell.