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Neural Engineering is a growing field within Biomedical Engineering that combines engineering, mathematics, biophysics, computer science, and psychology to design treatments for neurological conditions and pioneer brain-computer interfaces.
Our program will provide you with the expertise to become a pioneer in creating cutting-edge technologies for the fast-evolving neural engineering sector, developing systems that transform lives. You'll learn through a partnership with the Department of Psychology, gaining insights into the cognitive functions of the human brain.
Our School is a hub of innovation, where leading researchers push the boundaries of technological advancement. We bring together some of the finest engineering minds globally, fostering creativity, experimentation, and technical mastery. Upon graduation, you'll emerge as a visionary engineer prepared to harness engineering's potential to benefit society.
Demand for neural engineering solutions—serving both individuals with disabilities and the general population—has surged dramatically in recent years. Numerous technologies are now in development to enhance communication, cognition, movement, memory, focus, learning, and decision-making. Simultaneously, major initiatives, from US and UK defense programs to ventures like Elon Musk's Neuralink, are pursuing real-world applications of these breakthroughs.
This course prepares you to lead in designing innovative technologies and solutions for this dynamic industry, while also grounding you in established biomedical, electronic, and software engineering principles.