34:01

In this Spanish‑language YouTube interview, host Anita welcomes Jonathan López Bazán, a biomedical engineer, AI master’s student and founder of Biomakers. Jonathan outlines Biomakers’ mission to inspire young makers to create bionic technology, recounts his personal journey from an earlier AI‑focused startup (PIA Artificial Intelligence) that failed after an investor’s death, and explains how he pivoted to Biomakers. He describes the company’s two main arms: education through TikTok, YouTube, tutorials, webinars and school tours, and product development of low‑cost bionic devices such as myoelectric prosthetic hands, exoskeletons, robotic hands, biosensors (EEG, EMG, EOG), and pandemic‑era medical tools (digital thermometer, ventilator, glove for deaf‑mute). He details the technical workflow (3‑D scanning, Fusion 360 design, 3‑D printing, Arduino/micro:bit programming) and the time required to build a component. Jonathan discusses innovation as a disruptive, need‑driven process built on “do, experiment, reinvent,” shares lessons on perseverance after funding loss, regulatory hurdles (COFEPRIS), and the importance of community support (3.9 M followers). He announces upcoming partnerships in Mexico, China and Germany, upcoming kits, and even an Iron Man‑style armor. The interview ends with a live Q&A where Jonathan answers audience questions about his motivation, TikTok support, where to buy materials, the feasibility of a fully bionic body, and build times for Iron Man parts. Throughout, he emphasizes a balanced view of technology as an aid, not a replacement for humanity.

Questions this video answers

Jonathan says he was inspired by Iron Man’s transformation, feels a personal void that he fills by helping others, and finds the greatest satisfaction in improving someone’s life.

He started posting projects after teaching high‑school students, didn’t plan to become a TikTok creator, but the content resonated and the platform grew organically.

3‑D printers, filament, and electronic boards can be bought on MercadoLibre; Arduino boards are standard and you program them yourself.

Not yet; current prosthetics are mechanical/electronic hybrids. Full bionic bodies may become feasible around 2050, according to physicist Michio Kaku.

Design in Fusion 360 takes 1‑2 days, 3‑D printing about 2 days, plus programming; total roughly a week for a custom component.

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