Robotics
Robotics has the potential to redefine industries, from automation to healthcare. I am particularly fascinated by humanoid robots, inspired by the movie Ex Machina and the possibilities of human-like artificial intelligence. However, my primary interest lies in surgical robotics, where computer vision (CV), artificial intelligence (AI), and precision automation can revolutionize medical procedures.
By enhancing surgical accuracy and efficiency, these technologies can significantly reduce the cost of complex healthcare procedures, making high-quality medical care more accessible and affordable. As surgical robots continue to advance, they have the potential to transform the medical field, improving patient outcomes while addressing the growing demand for specialized healthcare.
My professional ambitions
I aim to contribute to the advancement and strategic implementation of surgical robotics, ensuring these technologies enhance medical accessibility and affordability. My focus is on how AI-driven precision and automation can streamline complex procedures, improve surgical outcomes, and reduce costs for patients worldwide.
As robotics continues to integrate with healthcare, I hope to play a role in bridging technology, policy, and implementation to ensure these innovations reach their full potential in transforming modern medicine.
Primary Interests
- Humanoid Robots
- Surgical Robots
- Medical Accessibility
- AI in Healthcare