A photo of Benson lu Huang at the Regeneron International Science and Engineering Fair (ISEF). As 2024, Huang has been conducting research on improving robotic surgery. His project has earned him third place at the prestigious competition. PHOTO COURTESY OF BENSON LU HUANG VIA LINKEDIN
Benson Lu Huang, a former research intern at Stony Brook University and a 17-year-old senior at Half Hollow Hills High School West, is helping shape the future of robotic surgery.
Inspiration for the future of robotic surgery was sparked in Huang in everyday life.A friend of Huang’s was sitting behind him in one of his high school classes in Wyandanch, N.Y. and was repeatedly poking his back with a pencil. The force of the pencil into his back made him contemplate how pressure is sensed by robots.
Huang’s mother herself underwent robotic surgery for medical issues.After a few procedures, she was left with complications, including the loss of sensation in her legs caused by a pinched nerve. On top of taking care of his house in his mothers absence, he wanted to do more to help her. Huang aims to first apply his techniques to obstetric and gynecologic surgeries, where robotic systems are most commonly used.
Since 2024, Huang has been conducting research which led to him winning third place at the Regeneron International Science and Engineering Fair (ISEF). His work aims to bring robotic surgery to places where such advanced technology is typically not available.
He was encouraged by Mike Lake, a former adjunct lecturer for the Department of Biochemistry and Cell Biology at Stony Brook and the current academic research director at half Hollow Hills, to submit his project to science fairs.
“Benson has a tremendous work ethic and impressively formulated his entire project through independent review of existing literature,” Lake said.”He creatively sourced materials from the high school and secured low-cost electronics to conduct his data collection and analysis.”
Lake emphasized that Huang’s ambitious project is one of the most original and thorough he’s seen.
“His work represents the most inventive and extensive in-house project any student in our research program has completed during my tenure,” he said.
A massive challenge with robotic surgery is accessibility, as research and equipment are costly. To mitigate this challenge, Huang focused on balancing affordability with accuracy. The industry standard, the da Vinci system, is incredibly precise but also expensive. Consequently, the machines are far beyond the reach of
High School Student Develops Robotic Surgery Safety System
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A high school student, benson Huang, has developed a potentially groundbreaking system to improve the safety of robotic surgery. his innovation focuses on providing surgeons with real-time feedback on the force they are applying during procedures, aiming to prevent damage to sensitive tissues and nerves. Huang’s work is gaining recognition from experts in the field and highlights the potential for young innovators to address critical challenges in healthcare.
The Problem: force Feedback in Robotic Surgery
Robotic surgery offers numerous benefits, including enhanced precision, dexterity, and minimally invasive approaches. However, a key limitation is the lack of tactile feedback for surgeons. Unlike customary open surgery, surgeons operating with robotic systems don’t have the same sense of touch, making it challenging to gauge the amount of force being applied to tissues. This can lead to unintended injuries, particularly to delicate structures like nerves or cysts.
Huang’s mother’s experience with robotic surgery sparked his interest in addressing this issue. He recognized the need for a system that could provide surgeons with a better understanding of the forces they were exerting during operations.
Huang’s Solution: A Force Measurement database
Huang’s solution centers around creating a standardized database of force measurements. The system would work by collecting data on the forces applied during various surgical maneuvers. This data would then be used to establish “safe zones” for pressure. During a procedure, the robotic system would alert the surgeon when they approach or exceed these potentially hazardous pressure thresholds.
“I hope that in the future we’ll be able to detect those cysts in the middle of surgery and detect [areas with] sensitive nerves,” Huang stated.
Expert Recognition and Validation
Huang’s work has been praised by experts in the field of robotic surgery. Dr. Vivian Chen, who reviewed Huang’s project, emphasized the importance of identifying an unmet clinical need.
“Identifying an unmet clinical need is a critical first step in innovating a biomedical technology,” Chen said. “It is impressive to see how he,as a high school student,followed the notable iterative engineering design process to properly define his design criteria and constraints followed by prototyping and experimentation.” https://www.prnewswire.com/news-releases/teen-inventor-develops-robotic-surgery-safety-system-302028694.html
Advice for Future Entrepreneurs
Huang encourages aspiring entrepreneurs to focus on solving real-world problems. He cautions against pursuing projects based solely on personal belief in their potential.
“Make something that people want. Don’t be feeded by yoru own delusions that you’re making something and you’re going to make people want it,” Huang advised. “Solve a real problem that people have. And then the rest will take itself from there.”
Future Directions and Collaboration
Researchers are keenly following Huang’s progress and anticipating his future projects.While he has worked independently thus far,experts believe his work will be even more impactful through collaboration.
Chen noted, “While Benson worked independently on his project, I am looking forward to seeing more of Benson’s work in the future when he can work in a team setting with others with diverse backgrounds and expertise.”
Key Takeaways:
* Improved Safety: Huang’s system aims to enhance the safety of robotic surgery by providing surgeons with real-time force feedback.
* Data-Driven approach: the system relies on a standardized database of force measurements to establish safe pressure zones.
* Early Innovation: This project demonstrates the potential for high school students to contribute meaningfully to advancements in biomedical technology.
* Problem-Focused Growth: Huang’s advice emphasizes the importance of solving real-world problems when developing new technologies.
Huang’s work represents a significant step forward in addressing the challenges of tactile feedback in robotic surgery.As he continues his education and research, his contributions promise to shape the future of this rapidly evolving field.