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Transform Procedural Medicine with a

Master of Engineering in

Surgery and Intervention

Surgeon wearing virtual reality headset to operate with medical robot
surgical room with robotic technology
Over the past several decades, laboratory research has accomplished dramatic breakthroughs in biomedical science, but the ability to translate those findings and make new discoveries remains a challenge and is often characterized as the bottleneck of clinical translation.

 

In response to this need, Vanderbilt University School of Engineering, in partnership with the Vanderbilt Institute for Surgery and Engineering (VISE), launched a master of engineering in surgery and intervention — a specialized, rigorous engineering graduate program that will prepare the next generation of engineers to address challenges and envision solutions at the interface of engineering and medicine.

Ready to learn more about this degree?

Engineer working on medical technology
healthcare technology being used by surgeon in operating room
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The Future of Healthcare Technology:

Robotic Interventions, Technology-Guided Therapy,
and Artificial Intelligence

Healthcare professionals today, and specifically surgeons, are experiencing the benefits of technological advancements that are developed by surgical engineering professionals who have harnessed the power of automation and data to augment healthcare procedures and services. Learn more about these technological advances and what it could mean for your future career in our informative digital resource.

View the Resource

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A Guide to Engineering Design Courses:

How to Apply for Your M.Eng. in
Surgery and Intervention

In recent years, it has become increasingly necessary for the healthcare field to employ engineering experts who can bring technological advancement to medical practice. The conception, development and evaluation of novel technologies require a close interaction between multiple engineering disciplines and clinicians. Keep reading to learn more about this unique field of study (and how you can best apply to the master of engineering). 

View the Resource

Other Media

Download Our Free eBook

At Vanderbilt School of Engineering, we believe in increasing innovation in procedural medicine. 

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What is Innovation in Procedural Medicine? Getting an Engineering Degree in Surgery and Intervention
Read Our Most Recent Blogs

Looking for additional opportunities to explore the field? Check out some of our most popular blog posts:

Discovering the Career Path to Medical Device Innovation with Vanderbilt's MESIP image

Discovering the Career Path to Medical Device Innovation with Vanderbilt's MESIP

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Engineering in Medicine: Biomedical Engineering vs. Surgery Engineering image

Engineering in Medicine: Biomedical Engineering vs. Surgery Engineering

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Watch Our Short Video
Watch our short video above to find out why Vanderbilt University’s master of engineering in surgery and intervention is one of the most cutting-edge engineering degrees today.

View the Recorded Webinar
Watch the recorded webinar to gain valuable insights from the program director, grasp the program's core essence, and chart your path towards innovative excellence.

Panel Discussion Series

Careers in Engineering for Surgery and Intervention:
Panel I
Explore careers at the enterprise level with Stephen Aylward, PhD, Senior Director of Strategic Initiatives at Kitware, Inc. (now Global Developer Relations Manager for Medical Technologies at NVIDIA) and Jing Zhao, PhD, Senior Principle Analytics Tech Lead – Surgical Robotics at Medtronic. 

Vanderbilt’s Entrepreneurial Ecosystem:
Panel III 
Understand Vanderbilt’s entrepreneurial ecosystem with Charleson Bell, PhD, Director of Entrepreneurship, Biomedical Innovation, and I-Corps at Vanderbilt’s Wond’ry and Mr. George Wilson who is the New Ventures Officer at Vanderbilt University’s Center for Technology Transfer and Commercialization.

Digital Twins, Sensing, and Next Generation Devices:
Panel V
Whereas in the past, fundamental discoveries were made at the bench in preclinical systems, today’s discoveries arise out of human data and within the context of imaging, electronic health records, and interventions in human systems.  In this panel, we will consider the digital twin as a model of discovery, some aspects of sensing devices that are providing new dimensions to data, and finally, a look at the next generational devices.

Frontiers in AI for Surgery and Intervention:
Panel VII 
Watch as we delve into the ground-breaking impact of Artificial Intelligence (AI) on surgery and intervention. Our expert panelists will share insights on the latest breakthroughs, hurdles, and the future potential of AI in transforming surgical procedures. From intelligent surgical robotics and real-time decision-making assistance to personalized therapeutic delivery and predictive patient outcomes, AI is set to redefine patient care and the future of procedural medicine. Don't miss this unique opportunity to listen-in on a conversation with two pioneers at the forefront of this fascinating field.

Careers in Engineering for Surgery and Intervention:
Panel II 
Discover the fast-paced and kinetic world of the entrepreneur with Piotr Slawinksi, PhD, Technical Lead, Robotics and Controls at the startup Noah Medical, and Jim Stefansic, PhD, Director of Corporate Development at Cumberland Emerging Technologies.

Vanderbilt Entrepreneurs:
Panel IV
 Hear from two Vanderbilt entrepreneurs well on their way to realizing a vision for 21st century robotic surgery in their cutting-edge company Virtuoso Surgical, Inc. Dr. Duke Herrell III, MD and Dr. Robert Webster III, PhD are the esteemed presenters during this panel discussion.

Cutting-Edge Interventional Technologies for Challenges in Global Health: Panel VI
Throughout our series of panels, a common thread has been the notion that our designs are boundless and unfettered by the limitations of practical implementation and the constraints of the presenting environment. In this discussion, however, we shift focus to the distinct challenge of creating designs within restricted settings as we delve into pioneering interventional technologies aimed at addressing global health issues.

Take the Next Steps

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