Teknoloji ve Nöro Mühendislik Ufukları | Hakan Ürey | TEDxIzmir Fen Lisesi Youth

Quick Overview

The speaker, Hakan Ürey, outlines the future horizons of technology and neuro-engineering, emphasizing the importance of curiosity-driven education starting from his time at Izmir Fen Lisesi (1984-1987) and detailing his subsequent academic and industrial career, culminating in work on brain-computer interfaces like Neuralink and advanced augmented reality systems.

Key Points: The speaker graduated from Izmir Fen Lisesi between 1984 and 1987, highlighting the importance of curiosity ('Real education is not filling a pail, it's lighting a fire') over rote memorization. His academic background includes degrees from ODTÜ (Electrical Engineering), Bilkent University, and a PhD from Georgia Institute of Technology (1993-1997), alongside industry experience at Microvision in the USA. He is currently involved in research at Koç University, serving as an Associate Professor and Vice-Rector (as of 2024), with visiting scholar roles at Cambridge, Boğaziçi, and Stanford Universities. Current research focuses include Brain-Machine Interfaces (like Neuralink, which he contrasts with earlier attempts), advanced sensor technologies (biosensors, spectrometers), and augmented reality (Meta Orion predicted for 2025). The presentation highlights NAE Grand Challenges for Engineering, such as making solar energy economical, providing clean water, and engineering better medicines. Neuro-engineering solutions addressed include Deep Brain Stimulation (DBS) for Parkinson's, Vagus Nerve Stimulation (VNS), and TMS for chronic pain/depression, showing demonstrable success in Parkinson's treatment. The speaker emphasizes that technology's purpose, citing Steve Jobs, is to make humans more powerful and capable, not just to replace existing tools like smartphones.

Context: Hakan Ürey delivers a TEDx talk at Izmir Fen Lisesi Youth, reflecting on his career trajectory in engineering and neuro-technology, contrasting early educational philosophies with cutting-edge advancements. He frames his discussion around the grand challenges facing engineering and how his research—spanning from early computer use to advanced brain-computer interfaces and Metaverse technologies—aims to enhance human capabilities.